Robotics Center of Silicon Valley — Products

3DMakerpro Automotive Rooftop Mount

The 3DMakerpro Automotive Rooftop Mount component & accessory from 3DMAKERPRO targets developers building production or prototype robotic systems. 3DMakerpro Automotive Rooftop Mount specifications include Model of Automotive Rooftop Mount, Dimensions of 31*22*12cm, and Weight of 1.4kg. Projects standardize on 3DMakerpro Automotive Rooftop Mount when component & accessory accuracy and supportability matter

3DMakerpro Backpack Kit

3DMAKERPRO offers the 3DMakerpro Backpack Kit, a component & accessory suited to demanding robotics and automation workloads. 3DMakerpro Backpack Kit specifications include Model of Backpack Kit, Dimensions of 64*34*26cm, and Weight of 7.3kg. 3DMakerpro Backpack Kit gives engineers a practical component & accessory option for lab validation and field rollout

3DMakerpro Eagle LiDAR Scanner

The 3DMakerpro Eagle LiDAR Scanner lidar from 3DMAKERPRO targets developers building production or prototype robotic systems. 3DMakerpro Eagle LiDAR Scanner specifications include Accuracy of 2 cm @ 10 m; 3 cm @ 20 m; 5 cm @ 40 m, Scan Radius of 40–70 m (measured at >10% or >80% reflectivity), and Scan Range of 80–140 m. Projects standardize on 3DMakerpro Eagle LiDAR Scanner when lidar accuracy and supportability matter

3DMakerpro Fox 3D Scanner

3DMAKERPRO offers the 3DMakerpro Fox 3D Scanner, a camera suited to demanding robotics and automation workloads. 3DMakerpro Fox 3D Scanner specifications include Accuracy of 0.07mm, Resolution of 0.1 mm, and Frame Rate of 10 fps. 3DMakerpro Fox 3D Scanner gives engineers a practical camera option for lab validation and field rollout

3DMakerpro Lynx 3D Scanner

3DMakerpro Lynx 3D Scanner from 3DMAKERPRO is a camera designed for robotics teams that need dependable hardware. 3DMakerpro Lynx 3D Scanner specifications include Accuracy of 0.10 mm, Resolution of 0.30 mm, and Frame Rate of 10 fps. Integrators specify 3DMakerpro Lynx 3D Scanner when they need repeatable camera performance in deployed systems

3DMakerpro Mole 3D Scanner

3DMakerpro Mole 3D Scanner is a camera built by 3DMAKERPRO for integration into automated systems and research platforms. 3DMakerpro Mole 3D Scanner specifications include Accuracy of 0.05 mm, Resolution of 0.1 mm, and Frame Rate of 10 fps. 3DMakerpro Mole 3D Scanner helps robotics teams reduce integration risk with documented camera parameters

3DMakerpro Moose Scanner

3DMakerpro Moose Scanner is a camera built by 3DMAKERPRO for integration into automated systems and research platforms. 3DMakerpro Moose Scanner specifications include Weight of 552g, Dimensions of 323x62x52mm, and USB interface of USB2.0. 3DMakerpro Moose Scanner helps robotics teams reduce integration risk with documented camera parameters

3DMakerpro Raven LiDAR Scanner

3DMakerpro Raven LiDAR Scanner from 3DMAKERPRO is a lidar designed for robotics teams that need dependable hardware. 3DMakerpro Raven LiDAR Scanner specifications include c) Weight of Raven weighs 1.1kg with a detachable battery handle; Eagle weighs 1.5kg with an integrated design. Raven is more portable and easier to carry., Scanner Edition of Standard (1x camera), and RAVEN of YOUR PERSONAL SPATIAL SCANNER. Watch the film. Integrators specify 3DMakerpro Raven LiDAR Scanner when they need repeatable lidar performance in deployed systems

3DMakerpro Seal 3D Scanner

3DMAKERPRO offers the 3DMakerpro Seal 3D Scanner, a camera suited to demanding robotics and automation workloads. 3DMakerpro Seal 3D Scanner specifications include Accuracy of 0.01 mm, Frame rate of 10 fps, and Work Distance of 100 – 200 mm. 3DMakerpro Seal 3D Scanner gives engineers a practical camera option for lab validation and field rollout

3DMakerpro Smart Grip

The 3DMakerpro Smart Grip component & accessory from 3DMAKERPRO targets developers building production or prototype robotic systems. 3DMakerpro Smart Grip specifications include Weight of 552g, Dimensions of 323x62x52mm, and Compatible 3D scanner of Seal, Seal Lite, Moose, Moose Lite. Projects standardize on 3DMakerpro Smart Grip when component & accessory accuracy and supportability matter

3DMakerpro Toucan 3D Scanner

The 3DMakerpro Toucan 3D Scanner camera from 3DMAKERPRO targets developers building production or prototype robotic systems. 3DMakerpro Toucan 3D Scanner specifications include Scan Type of Continuous Handheld Scan/ Photo Scan / Table Scan, Camera of 3D Cameras *4 48 MP RGB Camera *1, and Light Soure of Blue Laser Structured Light(Class1/Class3R). Projects standardize on 3DMakerpro Toucan 3D Scanner when camera accuracy and supportability matter

3DMakerpro Turntable Series

The 3DMakerpro Turntable Series component & accessory from 3DMAKERPRO targets developers building production or prototype robotic systems. 3DMakerpro Turntable Series specifications include Model of Multi-Axis Turntable, Compatible 3D scanner of Seal, Seal Lite, and Connectivity Bluetooth of 5.0. Projects standardize on 3DMakerpro Turntable Series when component & accessory accuracy and supportability matter

3DMakerpro Whale 3D Scanner

3DMAKERPRO offers the 3DMakerpro Whale 3D Scanner, a camera suited to demanding robotics and automation workloads. 3DMakerpro Whale 3D Scanner specifications include Accuracy of 0.1mm(macro core) 0.05mm(micro core), Frame rate of 10 fps, and Work Distance of 650±250mm(macro core) 300±100mm(micro core). 3DMakerpro Whale 3D Scanner gives engineers a practical camera option for lab validation and field rollout

3D Systems Phantom Touch Haptic Device

The 3D Systems Phantom Touch Haptic Device teleoperation & motion capture from 3D Systems targets developers building production or prototype robotic systems. Experience force feedback to sculpt 3D clay freely, enhance scientific or medical simulations, increase productivity with interactive training, and easily maneuver mechanical components to produce higher-quality designs. The Touch haptic device delivers force feedback during the design process The Phantom Touch™ is a mid-range, professional haptic device used in research, 3D modeling and OEM applications Touch is a motorized device that applies force feedback on the users' hand, allowing them to feel virtual objects and producing true-to-life touch sensations as users manipulates on-screen 3D objects

ABB GoFa CRB 15000

ABB's flagship collaborative robot series with integrated torque sensors in all 6 joints. GoFa 5 model: 5 kg payload, 950 mm reach, up to 2.2 m/s TCP speed. Lead-through programming and Wizard Easy Programming. IP54 rated. Includes SafeMotion and Smart Pendant. Also available in GoFa 10 (10 kg / 1620 mm) and GoFa 12 (12 kg / 1370 mm) variants.

ABB YuMi IRB 14000

World's first truly collaborative dual-arm robot. Each arm: 0.5 kg payload, 559 mm reach, 7-axis with 0.02 mm repeatability. 38 kg total weight. Lightweight magnesium skeleton with soft padding, no pinch points. 1.5 m/s max TCP speed. IRC5 controller with TrueMove and QuickMove technology. Ideal for small parts assembly.

AGIBot A2

AGIBot A2 from Agibot for robotics research, teleoperation, and deployment. Available through Robotics Center.

AGIBot A2 Ultra

AGIBOT A2 Ultra is the industry's first full-sized humanoid robot deployed commercially at scale. With 4 major international certifications (CR, CE-MD, CE-RED, FCC), it has been applied in over 20 leading enterprises .

AGIBot D1

Agibot D1 Quadruped from Agibot is a quadruped robot designed for robotics teams that need dependable hardware. Agibot D1 Quadruped specifications include Material of D1 Pro: Aluminum alloy + High-strength engineering plastic | D1 Edu: Aluminum alloy + High-strength engineering plastic, Standing Size (L×W×H) of D1 Pro: Approx. 635mm × 360mm × 420mm | D1 Edu: Approx. 635mm × 360mm × 420mm, and Lying Size （LxWxH） of D1 Pro: Approx. 675mm × 435mm × 145mm | D1 Edu: Approx. 675mm × 435mm × 145mm. Integrators specify Agibot D1 Quadruped when they need repeatable quadruped robot performance in deployed systems

AGIBot G1

The Agibot G1 humanoid robot from Agibot targets developers building production or prototype robotic systems. Agibot G1 specifications include Height of 130–180 cm adjustable, Weight of 150 kg, and DOF of 26. Projects standardize on Agibot G1 when humanoid robot accuracy and supportability matter

AGIBot Omni Picker

Agibot Omni Picker gripper. Source: agibot.com

AGIBot Omnihand 2025

AGIBot O10 Hand is a humanoid robot built by Agibot for integration into automated systems and research platforms. AGIBot O10 Hand specifications include Product weight of 1.28 kg, Product Size of Φ86*80.7mm, and Peak torque of 200N·m. AGIBot O10 Hand helps robotics teams reduce integration risk with documented humanoid robot parameters

AGIBot Omnihand Pro 2025

AGIBot OmniHand Pro 2025 dexterous hand for humanoid manipulation and teleoperation research.

AGIBot X1

130 cm / 33 kg open-source humanoid. 34-DOF modular architecture. 1 m/s walking, 0.5 kg arm payload. EtherCAT domain controller at 1 kHz. GitHub open-source. Contact for pricing. | added via migration 2026-07 | src SupplierID=S00011

AGIBot X2

AgiBot X2 (Lingxi) full-size humanoid: ~131 cm tall, ~35 kg; walking/running/dynamic locomotion, multimodal interaction; Xyber-Edge motion control, Xyber-DCU compute, Xyber-BMS power; full-stack open-source platform (Ultra adds Jetson Orin NX + LiDAR).

Agile Robots Diana 7

Agile Robots Diana 7 is a robotic arm built by Agile Robots for integration into automated systems and research platforms. The force-controlled robotic arm Diana 7 has torque sensors in all seven axes and is supported by our AI-driven software. Learn more about its capabilities. The Agile Robots Diana 7 supports practical deployment in robotics projects

Agile Robots Agile Hand

Agile Robots Agile Hand from Agile Robots is a robotic hand designed for robotics teams that need dependable hardware. With humanoid dexterity, the Agile Hand can perform numerous delicate tasks. Thanks to humanlike kinematics, it is highly sought after in research and academia

Agile Robots Agile ONE

Agile ONE from Agile Robots is a humanoid robot designed for robotics teams that need dependable hardware. We believe that the next evolution in industry is Physical AI – and our humanoid Agile ONE embodies this vision. We believe that the next evolution in industry is Physical AI – and our humanoid Agile ONE embodies this vision

Agile Robots Thor Series

The Agile Robots Thor Series robotic arm from Agile Robots targets developers building production or prototype robotic systems. The Thor series is engineered to meet diverse industrial needs, providing payload options of 3, 7, 12, and 20 kilograms along with unique features tailored to different applications. This versatility allows Thor to excel in both ultra-precise operations and heavy-duty applications. The Agile Robots Thor Series supports practical deployment in robotics projects

Agile Robots Yu 5 Industrial

The Agile Robots Yu 5 Industrial robotic arm from Agile Robots targets developers building production or prototype robotic systems. With its integrated intelligent camera and exceptional precision, the robot Yu 5 Industrial sets new standards in collaborative robotics. With its integrated intelligent camera and exceptional precision, the robot Yu 5 Industrial sets new standards in collaborative robotics. The Agile Robots Yu 5 Industrial supports practical deployment in robotics projects

AgileX COBOT Magic

AgileX Robotics has developed a full line-up of industry-leading robotics chassis that fully meet all industry requirements, including general unmanned ground vehicle (UGV), indoor global automated vehicle (AGV), and tracked chassis.

AgileX NERO

AgileX Pika Gripper

Two-finger gripper with integrated depth camera and fisheye camera — same sensor suite as PiKA Sense-H. Mounts on robot arms for simultaneous manipulation and data capture. 617g, 215×191×143mm, 2kg max grip force.

AgileX PiPER

The AgileX PiPER is a lightweight 6-DoF robotic arm built around six integrated joint motors for smooth, precise motion. It handles a 1.5 kg payload across a 626 mm reach while weighing only 4.2 kg, so it mounts easily on benchtops, mobile bases, and teleoperation rigs. Repeatability is 0.1 mm, and built-in path planning keeps motion stable through the full workspace. Python API, ROS 1, and ROS 2 support make it fast to drop into research, data collection, and embodied-AI workflows.

AgileX PiPER-X

AgileX PiPER-X by AgileX. Research and industrial-grade robotic arm for pick-and-place, teleoperation, imitation learning, and flexible automation. Supports ROS2, leading offline and online programming environments, and major end effectors. Available at Silicon Valley Robotics Center. Ships from San Francisco, CA or direct from manufacturer.

AgileX Ranger

AgileX AUTO KIT PRO

Complete autonomous navigation add-on kit including GPS, infrared camera, and full sensor suite. Compatible with Hunter, Hunter 2.0, Scout 2.0, and Bunker platforms (platform not included). Enables L4-level autonomous outdoor navigation. Contact for pricing.

AgileX Autoware Open Source Autonomous Kit

AgileX Bunker

Mid-tier all-terrain tracked UGV chassis (~70 kg payload, dual-motor differential track drive, IP-rated) sitting between the compact Bunker Mini 2.0 and the heavy-duty Bunker Pro. The standard research tracked platform for outdoor and rough-terrain robotics.

AgileX Bunker Mini 2.0

Compact tracked mobile robot with IP66 rating and 35kg payload. Left/right independent track differential steering, 660×584×340mm, 55kg, 24V 30Ah battery, 3-4H charge. Suited for outdoor rough terrain in confined spaces. Contact for pricing.

AgileX Bunker Pro

AgileX Bunker Pro is a mobile robot built by AgileX for integration into automated systems and research platforms. AgileX Bunker Pro specifications include Motors of 2 × 1800W brushless servo, Payload of 110 kg, and Torque of 144 Nm. AgileX Bunker Pro helps robotics teams reduce integration risk with documented mobile robot parameters

AgileX Hunter 2.0

Ackermann steering outdoor UGV chassis with 150kg payload, 980×745×380mm, 65-72kg. Suitable for autonomous vehicle research and outdoor navigation tasks. 24V 30Ah battery (upgradeable to 60Ah), 3.5H charge. Compatible with AUTO KIT PRO and Autoware. Contact for pricing.

AgileX Hunter SE

Hunter SE is an Ackermann steering wheeled robot designed for the challenging road conditions and speed requirements of urban areas. It's built to offer car-like driving capabilities for high speed autonomous applications.

AgileX LIMO

Entry-level multi-modal mobile robot supporting four steering modes: differential, Ackermann, tracked, and Mecanum. Includes App software control system. No remote controller included. Ideal for ROS learning and classroom robotics education. Contact for pricing.

AgileX LIMO COBOT

LIMO Cobot integrates Mycobot 280 M5 and Nvidia Orin Nano for autonomous features. It supports navigation, obstacle avoidance, mapping, mobile grasping, and visual recognition. it ideal for education, competitions, and training.

AgileX LIMO Pro

LIMO PRO integrates the NVIDIA Orin Nano alongside the EAI T-mini Pro LiDAR and Orbbec Dabai depth camera. This enables robust environmental perception and intelligence for autonomous navigation, obstacle avoidance, and visual recognition applications.

AgileX Mobile Manipulator Cobot Kit Pro

Complete mobile manipulation platform: Bunker chassis + Aubo I5 6-DOF arm + Robosense RS-LiDAR-16 + DH gripper + Intel D435 depth camera + APQ industrial computer. Full ROS integration for advanced manipulation and navigation research. Contact for pricing.

AgileX Mobile Manipulator Cobot S

AgileX NAVIS Kit

Pre-integrated autonomous navigation kit (platform not included). Maps up to 2 million m², repeat positioning accuracy ±8cm, travel positioning ±10cm, navigation accuracy 3-5cm. Plug-and-play SLAM solution for Scout, Hunter, and Bunker platforms. Contact for pricing.

AgileX PiKA Data Gripper Kit — PiKA Sense ×1, PiKA Gripper ×1, PiKA Station ×2

The AgileX PiKA Data Gripper Kit combines PiKA Sense handheld data collectors, PiKA Gripper end effectors, and PiKA Station positioning units for embodied-AI data acquisition. It captures synchronized 6D pose, gripper angle, RGB, depth, and IMU data for teleoperation, imitation learning, manipulation research, and AI model validation. Choose a single-device, dual-device, or large-space configuration; no PiPER arm is included in these bundles.

AgileX PiKA Data Gripper Kit — PiKA Sense ×2, PiKA Gripper ×2, PiKA Station ×2

AgileX PiKA Data Gripper Kit — PiKA Sense ×2, PiKA Gripper ×2, PiKA Station ×4

AgileX Pika Sense

Handheld data collection device with positioner, depth camera, and fisheye camera. ±1.5mm spatial accuracy at 120Hz. RGB/depth FOV 87°H×58°V, max res 1280×720, min depth 7cm. 448g. Core of the PiKA embodied AI data collection system.

AgileX Pika Station

AgileX PiPER Two-Finger Gripper

AgileX PiPER Teacher Pendant

The AgileX PiPER Teacher Pendant component & accessory from AgileX targets developers building production or prototype robotic systems. AgileX PiPER teacher pendant for PiPER robotic arm teleoperation and teaching workflows with 0-70 mm opening distance, force-control feedback parameters, CAN, and DC24V power. AgileX PiPER teacher pendant for PiPER robotic arm teleoperation and teaching workflows with 0-70 mm opening distance, force-control feedback parameters, CAN, and DC24V power

AgileX Ranger Full-Size UGV

Full-size Ranger 4WS4WD omnidirectional UGV; 150kg payload, up to 10 km/h (0-2.6 m/s), 1228x876x475mm, 100kg, 600W x4 drive motors, 48V LiFePO4 battery, 2-8h runtime, zero turning radius, spin/traverse/crab/Ackermann modes, IP55.

AgileX Ranger Air - Navigation

AgileX offers the AgileX Ranger Air (Navigation), a mobile robot suited to demanding robotics and automation workloads. The AgileX Ranger Series represents a sophisticated leap in omnidirectional Unmanned Ground Vehicles (UGVs). Designed to bridge the gap between indoor precision and outdoor ruggedness, these platforms utilize a unique drive-by-wire system that allows for multi-modal movement, including spinning in place, crab walking, and Ackermann steering. The AgileX Ranger Air (Navigation) supports practical deployment in robotics projects

AgileX Ranger Air

Full-size omnidirectional Mecanum-wheel mobile robot for indoor logistics, inspection, and research.

AgileX Ranger Delta

AgileX Ranger Mini

The AgileX Ranger Mini mobile robot from AgileX targets developers building production or prototype robotic systems. AgileX Ranger Mini specifications include max_payload_kg of 100, max_speed_ms of 2.0, and max_speed_kmh of 7.2. Projects standardize on AgileX Ranger Mini when mobile robot accuracy and supportability matter

AgileX R&D Kit

AgileX R&D Kit Pro

Advanced research and development sensor kit compatible with Scout Mini, Tracer, Scout 2.0, and Bunker (platform not included). Enhanced sensor suite over standard R&D Kit for more demanding research applications. Contact for pricing.

AgileX ROS2 Lite Kit

ROS2 development kit for Scout, Hunter, and Bunker platforms (chassis not included). Includes: mini PC (i5/16G/256G), 2D G4 LiDAR, RealSense D435, 14" IPS display, keyboard, router, USB hub, and regulated power supplies. Contact for pricing.

AgileX ROS2 Pro Kit

Advanced ROS2 development kit for Scout, Hunter, and Bunker platforms (chassis not included). Includes: mini PC (i7/16G/512G), 3D RS16 LiDAR (educational edition), RealSense D435, 14" IPS display, keyboard, router, and USB hub. Contact for pricing.

AgileX Scout 2.0

4×4 wheeled research platform with independent servo drive on all wheels. 50 kg payload, double wishbone suspension, optional Mecanum omnidirectional wheels. | added via migration 2026-07 | src SupplierID=S00005

AgileX Scout Mini

AgileX Scout Mini is a mobile robot built by AgileX for integration into automated systems and research platforms. AgileX Scout Mini specifications include Drive of 4WD, Payload of 50 kg, and Max Speed of 10 km/h. AgileX Scout Mini helps robotics teams reduce integration risk with documented mobile robot parameters

AgileX Scout Mini - Mecanum Wheel

Scout Mini with omnidirectional Mecanum wheels for holonomic motion. Four-wheel independent drive, 627×550×252mm, 22kg, 50kg payload capacity, 24V 15Ah battery, 2H charge. Ideal for indoor navigation research requiring lateral movement. Contact for pricing.

AgileX Scout

The AgileX Scout mobile robot from AgileX targets developers building production or prototype robotic systems. AgileX Scout specifications include Drive of 4WD (independent servo), Payload of 50 kg, and Climbing of 30°. Projects standardize on AgileX Scout when mobile robot accuracy and supportability matter

AgileX Tracer 2.0

AgileX Tracer 2.0 from AgileX is a mobile robot designed for robotics teams that need dependable hardware. AgileX Tracer 2.0 specifications include Drive of 2WD differential, Payload of 150 kg, and Max Speed of 2 m/s. Integrators specify AgileX Tracer 2.0 when they need repeatable mobile robot performance in deployed systems

AgileX UMR

Agility Robotics Digit

Purpose-built warehouse humanoid with Amazon deployment partnership. 1.75 m tall, 65 kg, 16 DOF, carries up to 16 kg (35 lbs). Walks at 1.5 m/s with 4–8 hour battery life. Equipped with LiDAR, four Intel RealSense depth cameras, and MEMS IMU. Arms with 3 DOF each for object manipulation.

Wonik Allegro Hand V5 Sense

Wonik Robotics offers the Allegro Hand V5 Sense (4F), a robotic hand suited to demanding robotics and automation workloads. Allegro Hand V5 Sense (4F) specifications include Degrees of Freedom of 16 DOF (4 fingers × 4 joints), Fingertip Force of Up to 10 N per fingertip, and Hand Weight of ~1.0 kg. Allegro Hand V5 Sense (4F) gives engineers a practical robotic hand option for lab validation and field rollout

RCSV Aloha Leader

ALOHA leader arm; SVRC; dual-arm teleoperation leader side

ANYbotics ANYmal C

Industrial-grade autonomous quadruped robot optimized for rugged inspections. 50 kg chassis, IP67 rated, carries up to 10 kg sensor payload, 2-3 hour runtime. Navigates 20-degree slopes, 45-degree stairs, 25 cm gaps, and 60 cm passages at 1 m/s. Equipped with LiDAR, 3D cameras, and SLAM for real-time mapping.

ANYbotics ANYmal D

Latest-generation autonomous quadruped for industrial inspection. 30 kg body with 10 kg modular payload capacity, IP67, 1.5 hr runtime with swappable battery. 360° LiDAR, 6 depth cameras, 20x optical zoom, 4K video. Handles 30° slopes, 45° stairs, 35 cm steps, 30 cm gaps. Kevlar belly and impact-resistant housing.

Apptronik Apollo

Apptronik Apollo is a humanoid robot built by Apptronik for integration into automated systems and research platforms. Robotics Center of Silicon Valley can help validate Apptronik Apollo fit for your application and sourcing timeline

ARX Arm X5

Low-cost 6-DoF research/teleoperation manipulator (ARX5), widely used in academic imitation-learning setups; open C++/Python SDK. Full payload/reach not published by vendor.

ARX Arm X7

ARX X7 (X7s): dual-arm / higher-payload 6-DoF force-controlled arm platform for bimanual dynamic and contact-rich manipulation; current-controlled joints, teleop-ready, open SDK.

ARX Lift

ARX Lift: wheeled mobile base with a vertical lift column used to carry ARX R5/X5 arms for mobile manipulation (embodied-AI data collection). ROS-compatible; force-controlled ARX arm ecosystem.

ARX R5

ARX R5: 6-DoF force-controlled robotic arm for research and imitation learning; low-cost, lightweight, current-controlled joints supporting teleoperation and leader-follower data collection; open SDK (arx5-sdk).

ASTRALL A01 Robot

The ASTRALL A01 Robot quadruped robot from ASTRALL targets developers building production or prototype robotic systems. ASTRALL A01 Robot specifications include Standing Dimensions of 1110mm × 610mm × 745mm, Crouching Dimensions of 1130mm × 755mm × 320mm, and Weight of 82kg (including battery). Projects standardize on ASTRALL A01 Robot when quadruped robot accuracy and supportability matter

ASTRALL RM 100 Controller

The ASTRALL RM 100 Controller drone from ASTRALL targets developers building production or prototype robotic systems. ASTRALL RM 100 Controller specifications include Communication of Max. 30 km long-range digital link, 30 Mbps, air interface latency <15 ms (Max. video range depends on configuration), Video Transmission Frequencies of 800 MHz, 1.4 GHz, 2.4 GHz, and Input Channels of Buttons ×9, 3-position switch ×1, joysticks ×2, scroll wheels ×2. Projects standardize on ASTRALL RM 100 Controller when drone accuracy and supportability matter

ATI Gamma F / T Sensor

Industry-standard 6-axis force/torque sensor with silicon strain gages providing 75x stronger signal than conventional foil gages. Fx/Fy: ±130 N, Fz: ±400 N, Tx/Ty: 10 N·m. 75.4 mm diameter, 255 g. Ideal for robotic assembly, grinding, polishing, and force-controlled applications.

ATI Mini40 6-Axis F/T Sensor

Compact 6-axis force/torque sensor. 40 mm diameter, 12.2 mm tall, only 50 g. Fx/Fy: +/- 80 N, Fz: +/- 240 N. Silicon strain gauges (75x stronger signal than foil) yielding near-zero noise.

ATI Mini45 F / T Sensor

Compact 6-axis force/torque sensor with through-hole design. 45 mm diameter, 15.7 mm height, only 91.7 g. Fx/Fy: ±580 N, Fz: ±1160 N. High capacity in a miniature package. Through-hole allows passage of cables/linkages. Titanium variant resolves down to 1.7 gram-force.

ATI Nano17 6-Axis F/T Sensor

Smallest commercially available 6-axis F/T transducer in the world. 17 mm diameter, only 9.1 g. Fx/Fy: +/- 50 N, Fz: +/- 70 N. Resolves down to 0.318 gram-force. Industry standard for fingertip-mounted manipulation research.

Autel Dragonfish Lite VTOL Drone

The Autel Dragonfish Lite VTOL Drone drone from Autel Robotics targets developers building production or prototype robotic systems. Autel Dragonfish Lite VTOL Drone specifications include Weight(incl. batteries, propellers, excl. gimbal) of 1290x2302x483 mm (excl.propellers)1465x2496x483 mm (incl.propellers): 7.5 kg | 1655x2980x520 mm (excl.propellers)1948x3295x520 mm (incl.propellers): 16.8 kg, Max. extra payload weight of 1290x2302x483 mm (excl.propellers)1465x2496x483 mm (incl.propellers): 1.5 kg | 1655x2980x520 mm (excl.propellers)1948x3295x520 mm (incl.propellers): 2.2 kg, and Max. takeoff weight of 1290x2302x483 mm (excl.propellers)1465x2496x483 mm (incl.propellers): 9 kg | 1655x2980x520 mm (excl.propellers)1948x3295x520 mm (incl.propellers): 19 kg. Projects standardize on Autel Dragonfish Lite VTOL Drone when drone accuracy and supportability matter

Autel Dragonfish Pro VTOL Drone

Autel Robotics offers the Autel Dragonfish Pro VTOL Drone, a drone suited to demanding robotics and automation workloads. Autel Dragonfish Pro VTOL Drone specifications include Weight(incl. batteries, propellers, excl. gimbal) of 1290x2302x483 mm (excl.propellers)1465x2496x483 mm (incl.propellers): 7.5 kg | 1655x2980x520 mm (excl.propellers)1948x3295x520 mm (incl.propellers): 16.8 kg, Max. extra payload weight of 1290x2302x483 mm (excl.propellers)1465x2496x483 mm (incl.propellers): 1.5 kg | 1655x2980x520 mm (excl.propellers)1948x3295x520 mm (incl.propellers): 2.2 kg, and Max. takeoff weight of 1290x2302x483 mm (excl.propellers)1465x2496x483 mm (incl.propellers): 9 kg | 1655x2980x520 mm (excl.propellers)1948x3295x520 mm (incl.propellers): 19 kg. Autel Dragonfish Pro VTOL Drone gives engineers a practical drone option for lab validation and field rollout

Autel EVO Max 4T Enterprise Drone

Autel Robotics offers the Autel EVO Max 4T Enterprise Drone, a drone suited to demanding robotics and automation workloads. The EVO Max 4T brings powerful technologies and advanced autonomy to users. EVO Max 4T assesses complex environments to create real-time 3D flight paths for unparalleled obstacle avoidance

Benewake AD2-S-X3 LiDAR

AD2-S-X3 is a high-performance 256-line 3D LiDAR built for intelligent transportation. Its flexible ROI design lets you reallocate point cloud density to critical zones via software — one sensor adapts to highways, mining sites, ports, and more without swapping hardware. Featuring 200m range at 10% reflectivity, 0.1° angular resolution, and IP67/IP6K9K protection, AD2-S-X3 operates reliably across extreme temperatures (-40°C to +85°C). Ideal for autonomous trucks, AGVs, and industrial vehicles.

Benewake LR10 LiDAR

Benewake LR10 LiDAR from Benewake is a lidar designed for robotics teams that need dependable hardware. LR10 series short-range LiDAR Camera fusion sensor, Used for robot obstacle avoidance, Efficient volume measurement for warehouse, Real-time area monitoring. LR10 series short-range LiDAR Camera fusion sensor Interface1000Base-T1 Automotive Ethernet Smart Logistics - Last-Mile Unmanned Delivery Pallet Transport Robot Obstacle Avoidance Robot Fall Prevention & Obstacle Avoidance V2X / Holographic Intersection / Traffic Light Control Perfect perception solution for industrial Robots Cost-effective mobile robot obstacle avoidance sensor It offers a wider field of view and enhanced environmental perception, delivering a robust solution for obstacle avoidance in mobile robot applications

Benewake TF-Luna LiDAR

The Benewake TF-Luna LiDAR lidar from Benewake targets developers building production or prototype robotic systems. Benewake TF-Luna is an affordable single-point LiDAR range finder. It can achieve stable, accurate and highly sensitive range measurement for robotics, drones, and more

Benewake TF-NOVA LiDAR

TF-NOVA is the industry's first one-dimensional area detection LiDAR featuring a unique line pattern laser beam. With an ultra-compact design smaller than a AA battery (26.5×21.05×12mm, ≤5g), it delivers 0.1-14m range detection with 14°×1° FoV and up to 900Hz frequency. The sensor excels in both indoor and outdoor environments with strong ambient light resistance and ±5cm accuracy. Multiple interfaces (UART, I/O, I²C) and I/O output mode enable seamless integration for vehicle door systems, robot obstacle avoidance, smart parking, and auxiliary focus applications.

Benewake TF-UW500 LiDAR

TF-UW500 uses dToF technology, maintaining the compact size and low power consumption of the previous generation while extending underwater ranging beyond 55 cm in low-turbidity water by more than 10×, helping robots achieve breakthroughs in precise mapping and stable localization.

Benewake TF02-i LiDAR

TF02-i is a cost-effective industrial LiDAR built for harsh outdoor environments. With 40m range, IP65-rated housing, and 100KLux ambient light resistance, it delivers stable performance under direct sunlight. RS-485 and CAN interfaces enable seamless integration with industrial controllers and PLCs. Upgraded optics and algorithms ensure reliable accuracy across varying temperatures and reflectivity. Ideal for drone altitude hold, smart parking, intelligent traffic, and agricultural automation.

Benewake TF02-Pro LiDAR

The Benewake TF02-Pro LiDAR lidar from Benewake targets developers building production or prototype robotic systems. Benewake TF02-Pro is a time-of-flight LiDAR, ranging performance up to 40m. TF02 Pro liDAR is widely used in drone altitude holding, intelligent transportation, etc

Benewake TF02-Pro-W LiDAR

The TF02-Pro-W is an industrial LiDAR sensor tailored for precise level detection and bulk material volume monitoring, featuring a self-cleaning wiper for reliable accuracy in dusty and smoky conditions. Features 1-1000Hz frame rate, ±6cm to 1% accuracy, 100KLux light resistance, 25m range, IP5X protection, multiple interfaces (UART, I²C, RS-485, Modbus), supports LoRaWAN, 4G, and Wi-Fi wireless transmission, 85mm × 59mm × 43mm dimensions, and 90-92g weight.

Benewake TF03 LiDAR

TF03-100/180 is a high-performance, long-range LiDAR sensor from Benewake featuring up to 180 m operating range with a minimum blind zone of 0.1 m, IP67-rated aluminum alloy housing with infrared band-pass glass, up to 7 kHz frame rate, 100 KLux ambient light immunity, and multiple interfaces (UART, CAN, RS-232, RS-485), with customizable parameters including output frame rate, baud rate, trigger mode, and over-range threshold, making it ideal for UAV altitude hold, intelligent transportation, security warning systems, and level detection applications.

Benewake TF350 LiDAR

TF350 is a 350 m ultra-long-range solid-state LiDAR sensor from Benewake, featuring IP67-rated aluminum alloy housing with infrared high-transparency glass, a narrow 0.35° field of view, up to 7 kHz frame rate, and 100 KLux ambient light resistance for reliable performance in bright and adverse weather conditions. With multiple communication interfaces, customizable parameters, and user-defined configurations, it is ideal for UAV applications, level detection, security warning systems, and industrial automation.

Benewake TFA1200-L LiDAR

Benewake offers the Benewake TFA1200-L LiDAR, a lidar suited to demanding robotics and automation workloads. The TFA1200-L is a lightweight, compact kilometer-range single-point LiDAR that ensures eye safety. It is used in inspection drones, drone pods, and engineering surveys, providing distance maintenance Interface1000Base-T1 Automotive Ethernet Smart Logistics - Last-Mile Unmanned Delivery Pallet Transport Robot Obstacle Avoidance Robot Fall Prevention & Obstacle Avoidance V2X / Holographic Intersection / Traffic Light Control TFA1200-L Kilometer-level lightweight single-point LiDAR The TFA1200-L is a lightweight, compact kilometer-range single-point LiDAR that ensures eye safety

Benewake TFA1500-L LiDAR

The TFA1500-L is a kilometer-level high-frequency single-point LiDAR with a range of 1500 m and a maximum frequency of 800 Hz, enabling precise and rapid measurement and positioning of distant targets. It is used for inspection drones, drone payloads, and engineering surveying for distance maintenance and auxiliary positioning functions.

Benewake TFA300 LiDAR

The TFA300 series includes the ultra-light TFA300-L without housing version and the TFA300 with IP67 protective housing. Both models feature a high frequency of up to 10,000Hz, 0.1-290m range, less than 0.5° FoV, 10.5g weight for TFA300-L (34.5g for IP67 version), and compact size (32.0mm × 30.2mm × 20.2mm). Supports DroneCAN protocol for plug-and-play compatibility with mainstream flight controllers.

Benewake TFmini-i LiDAR

Benewake TFmini-i LiDAR is a lidar built by Benewake for integration into automated systems and research platforms. TFmini-i can/rs485 Industrial-grade ip65 ranging module, applications: pedestrian detection, vehicle detection, altitude gauge, robot benewake TFmini-i 12m Industrial-grade LiDAR Ranging Module Interface1000Base-T1 Automotive Ethernet Smart Logistics - Last-Mile Unmanned Delivery Pallet Transport Robot Obstacle Avoidance Robot Fall Prevention & Obstacle Avoidance V2X / Holographic Intersection / Traffic Light Control 12 m Industrial-grade LiDAR Ranging Module TFmini-i, based on the upgraded version of TFmini-S, is a compact short-range LiDAR sensor. Inherited advantages of low cost, small size and low power consumption from TFmini-S, TFmini-i has greatly improved its performance — increasing the measurement frequency, reducing blind zone, improving accuracy and stability

Benewake TFMini-Plus LiDAR

The TFmini Plus is a compact, high-performance LiDAR sensor featuring 0.1-12m range, ±5cm accuracy, and 1-1000Hz frame rate. Weighing only 11g with 85mW power consumption, this IP65-rated sensor offers superior dust and water protection. It supports multiple interfaces (UART, I/O, I²C) and has passed drone-level vibration tests, making it ideal for robotics, drones, IoT devices, industrial automation, and unmanned vehicles. The 3.6° field of view ensures precise object detection while minimizing false readings.

Benewake TFmini-S LiDAR

Benewake TFmini-S LiDAR from Benewake is a lidar designed for robotics teams that need dependable hardware. TFmini-S is an ultra-compact micro LiDAR at only 5g. 12m range, 1000Hz frame rate, ±6cm accuracy

Benewake TFS20-L LiDAR

The TFS20-L is a fully integrated single-channel dToF ranging mini-module that incorporates a highly sensitive infrared-enhanced SPAD sensor, with a range of up to 20m. Utilizing a fully integrated SPAD chip solution, histogram statistical algorithm, and a fast TDC architecture, it achieves high-precision distance measurement. Features ultra-compact size (21mm × 15mm × 7.87mm), 1.35g weight, ±6cm accuracy, and 100KLux anti-ambient light capability.

Benewake TR Series LiDAR

Benewake TR Series LiDAR is a lidar built by Benewake for integration into automated systems and research platforms. Benewake TR series is the latest generation of 2D LiDAR product from Benewake. It is highlighted in high performance, excellent reliability and cost-effectiveness

Booster K1

Booster Robotics offers the Booster K1 Humanoid, a humanoid robot suited to demanding robotics and automation workloads. Booster K1 Humanoid specifications include Height of ~95cm, Weight of ~19.5kg, and Total DoFs of 22. Booster K1 Humanoid gives engineers a practical humanoid robot option for lab validation and field rollout

Booster T1

The Booster T1 Humanoid humanoid robot from Booster Robotics targets developers building production or prototype robotic systems. Booster T1 Humanoid specifications include Lightweight & Flexible of ~1.2m, ~30kg, 23-41 DoFs, extra-large joint movement space, Durable & Robust of 2025 RoboCup "AdultSize" Category Champion Model!, and Endurance & Durability of ~2 hours walking, ~4 hours standing. Projects standardize on Booster T1 Humanoid when humanoid robot accuracy and supportability matter

Booster T2

Booster T2 from Booster Robotics for robotics research, teleoperation, and deployment. Available through Robotics Center.

Boston Dynamics Spot + Arm

Boston Dynamics Spot quadruped with integrated 6-DOF arm and gripper. Arm weighs 8 kg, 984 mm reach, 11 kg max lift, 5 kg continuous lift at 0.5 m extension. Gripper with 175 mm aperture and 130 N clamp force. 1800 mm max reach height. Manual, semi-automated, and fully automated control via tablet and API.

Bota Systems SensONE

Industrial 6-axis force/torque sensor with native EtherCAT support and ISO 9409-1 mounting flange. Force range up to 2000/4000 N, torque 80 N·m. 0.4 N / 0.012 N·m resolution. 100 x 48 mm, 703 g. FTstack software for instant setup. EtherCAT daisy chain, Ethernet, Serial, Modbus. Dustproof and water-resistant.

Box2AI BoxARM-B1

Box2AI BoxARM-B1 Robotic Arm is a component & accessory built by Box2AI for integration into automated systems and research platforms. Box2AI BoxARM-B1 Robotic Arm specifications include End-Effector Payload Capacity of 3kg (Max. load at arm end: 4kg), Repeatability of ±0.1mm, and Max. Reach of 574mm (End-effector extendable up to 100mm). Box2AI BoxARM-B1 Robotic Arm helps robotics teams reduce integration risk with documented component & accessory parameters

Box2AI SO101-Plus LeRobot

The Box2AI SO101-Plus LeRobot Robotic Arm component & accessory from Box2AI targets developers building production or prototype robotic systems. Box2AI SO101-Plus LeRobot Robotic Arm specifications include Reach of 50cm, Degrees of Freedom (DOF) of 6dof, and End-Effector Payload of 500g. Projects standardize on Box2AI SO101-Plus LeRobot Robotic Arm when component & accessory accuracy and supportability matter

BrainCo Revo3 Hand — Single hand (Right) · Non-tactile

BrainCo Revo3 Hand from BrainCo for robotics research, teleoperation, and deployment. Available through Robotics Center.

BrainCo Revo3 Hand — Single hand (Left) · Non-tactile

BrainCo Revo3 Hand from BrainCo for robotics research, teleoperation, and deployment. Available through Robotics Center.

BrainCo Revo 2 Hand

The Brainco Revo 2 (Without Tactile, Left) robotic hand from BrainCo targets developers building production or prototype robotic systems. Brainco Revo 2 (Without Tactile, Left) specifications include Degrees of Freedom of 21. Projects standardize on Brainco Revo 2 (Without Tactile, Left) when robotic hand accuracy and supportability matter

BrainCo Revo1 Bionic Hand

BrainCo Revo1 Bionic Hand is a robotic hand built by BrainCo for integration into automated systems and research platforms. BrainCo Revo1 Bionic Hand specifications include fingers of 5, active_dof of 6, and control of EMG (surface electromyography). BrainCo Revo1 Bionic Hand helps robotics teams reduce integration risk with documented robotic hand parameters

CASBOT 02 Robot

CASBOT 02 Robot from CASBOT is a humanoid robot designed for robotics teams that need dependable hardware. CASBOT 02 Robot specifications include Height/Width/Depth (Standing) of 1630*510*280mm, Total Weight (with Battery) of 50kg, and Total DOF (excluding Dexterous Hands) of 25DoF. Integrators specify CASBOT 02 Robot when they need repeatable humanoid robot performance in deployed systems

CASBOT W1 Robot

CASBOT W1 Robot from CASBOT is a humanoid robot designed for robotics teams that need dependable hardware. CASBOT W1 Robot specifications include Overall Dimensions of Collapsed: 0.95m (L) * 0.615m (W) * 1.12m (H) Extended: 0.95m (L) * 0.615m (W) * 2.1m (H), Dual-Arm Span of 2040mm (including gripper), and Material of Alloy, Engineering Plastic. Integrators specify CASBOT W1 Robot when they need repeatable humanoid robot performance in deployed systems

CHINGMU K-Series Camera

CHINGMU offers the CHINGMU K-Series Camera, a teleoperation & motion capture suited to demanding robotics and automation workloads. CHINGMU K-Series Camera specifications include Model ※1 of K5, Resolution of 2640*1160, and Frame Rate ※2 of 360fps. CHINGMU K-Series Camera gives engineers a practical teleoperation & motion capture option for lab validation and field rollout

CHINGMU MC4000 Camera

The CHINGMU MC4000 Camera teleoperation & motion capture from CHINGMU targets developers building production or prototype robotic systems. CHINGMU MC4000 Camera specifications include Resolution of 2048*2048, Frame Rate of 180fps, and Focal Length of 12mm. Projects standardize on CHINGMU MC4000 Camera when teleoperation & motion capture accuracy and supportability matter

CHOHO Hand

CHOHO Hand is a actuator & motor built by CHOHO for integration into automated systems and research platforms. CHOHO Hand specifications include Product Name of CHOHOHand, Degrees of Freedom of 17 DOF (7 active + 10 passive), and Single Finger DOF of Thumb: 5 DOF, Other fingers: 3 DOF each. CHOHO Hand helps robotics teams reduce integration risk with documented actuator & motor parameters

Clearpath Dingo

Clearpath Dingo is a mobile robot built by Clearpath Robotics for integration into automated systems and research platforms. Dingo is a programmable and extensible mobile robot that supports the Robot Operating System (ROS). It is ideal for robotics research and education. The Clearpath Dingo supports practical deployment in robotics projects

Clearpath Husky A300

Clearpath Husky A300 is a mobile robot built by Clearpath Robotics for integration into automated systems and research platforms. Husky A300 is a rugged, customizable and open-source mobile robotic platform that accelerates robotics research and streamlines the development of robotic solutions for commerical deployment. Husky A300 is a rugged, customizable and open-source mobile robotic platform that accelerates robotics research and streamlines the development of robotic solutions for commerical deployment

Clearpath Ridgeback

Clearpath Robotics offers the Clearpath Ridgeback, a mobile manipulator suited to demanding robotics and automation workloads. Clearpath Ridgeback specifications include External Dimensions of 960 x 793 x 311 mm (37.7 x 31.1 x 12.2 in), Weight of 135 kg (275.6 lbs), and Max Payload of 100 kg (220 lbs). Clearpath Ridgeback gives engineers a practical mobile manipulator option for lab validation and field rollout

Clearpath Warthog UGV

Clearpath Warthog UGV from Clearpath Robotics is a mobile robot designed for robotics teams that need dependable hardware. Warthog UGV is an all-terrain amphibious unmanned ground vehicle (UGV) designed for rapid prototyping of robotic systems and built for tough environments. Warthog UGV is an all-terrain amphibious unmanned ground vehicle (UGV) designed for rapid prototyping of robotic systems and built for tough environments

Clearpath TurtleBot 4

Open source ROS 2 research robot on iRobot Create 3 base. Includes OAK-D-PRO camera, RPLIDAR-A1, Raspberry Pi 4B. 3.9 kg, 0.31 m/s, 2.5–4hr runtime. Also available as TurtleBot 4 Lite. Contact for pricing.

CubeMars AK Series Driver Board

Universal driver board compatible with AK, AKA, and AKE series actuators, supporting servo and motion control modes with multi-loop cascaded control. Features 14–21 bit absolute encoder input and built-in protections for overcurrent, overvoltage, and overheating. Available in V2.1 and V2.2 variants.

CubeMars AK10-9 V2.0 KV60

CubeMars AK10-9 V2.0 KV60 is a actuator & motor built by CubeMars for integration into automated systems and research platforms. 0 KV60 actuator motor features 18Nm rated torque, 48Nm peak, dual encoders, servo/MIT modes, and integrated BLDC for robotics and automation. 0 KV60 actuator motor features 18Nm rated torque, 48Nm peak, dual encoders, servo/MIT modes, and integrated BLDC for robotics and automation. The CubeMars AK10-9 V2.0 KV60 supports practical deployment in robotics projects

CubeMars AK10-9 V3.0 KV60

The CubeMars AK10-9 V3.0 KV60 actuator & motor from CubeMars targets developers building production or prototype robotic systems. 0 KV60 power module integrates a high-performance brushless motor, planetary reducer, encoder and drive system, supports two control modes: servo and MIT, simplifies operation and provides precise control. 0 KV60 power module integrates a high-performance brushless motor, planetary reducer, encoder and drive system, supports two control modes: servo and MIT, simplifies operation and provides precise control. The CubeMars AK10-9 V3.0 KV60 supports practical deployment in robotics projects

CubeMars AK40-10 KV170

CubeMars AK40-10 KV170 is a actuator & motor built by CubeMars for integration into automated systems and research platforms. AK40-10 Robotic Actuator integrates BLDC motor, gearbox, and driver. 1Nm peak torque, plug & play, ideal for robotics and automation. The CubeMars AK40-10 KV170 supports practical deployment in robotics projects

CubeMars AK45-10 KV75

Compact AK45-frame actuator with 10:1 gear ratio for wrist and small-joint applications in humanoid robots. Supports servo and motion control modes in a lightweight integrated form factor. Suitable for applications requiring precise, responsive joint control.

CubeMars AK45-36 KV80

CubeMars offers the CubeMars AK45-36 KV80, a actuator & motor suited to demanding robotics and automation workloads. AK45-36 actuator motor delivers 24Nm peak torque with a 36:1 reduction ratio. Powerful, compact, plug & play. The CubeMars AK45-36 KV80 supports practical deployment in robotics projects

CubeMars AK60-6 V1.1 KV140

Higher-KV variant of the AK60-6 V1.1 with 140 rpm/V rating for faster no-load speeds. Integrates brushless DC motor, planetary gearbox, encoder, and drive electronics in a compact package. Suited for applications requiring higher rotational speed with moderate torque.

CubeMars AK60-6 V1.1 KV80

Lightweight compact AK60 actuator with 6:1 gear ratio, ideal for portable exoskeleton and robot arm joints. Integrates brushless DC motor, planetary reducer, encoder, and driver in one unit. Supports servo and motion control modes.

CubeMars AK60-6 V3.0 KV80

The AK60-6 V3.0 KV80 power module integrates a high-performance brushless motor, planetary reducer, encoder and drive system, supports both servo and MIT control modes, simplifies operation and provides precise control.

CubeMars AK70-10 KV100

CubeMars offers the CubeMars AK70-10 KV100, a actuator & motor suited to demanding robotics and automation workloads. CubeMars exoskeleton robot motor AK70-10 product features include：1、High Torque Module;2、Highly Integrated;3、Applied to Exoskeleton, Quadruped Robotic Dog;4、UART CAN Interface CubeMars exoskeleton robot motor AK70-10 product features include：1、High Torque Module;2、Highly Integrated;3、Applied to Exoskeleton, Quadruped Robotic Dog;4、UART CAN Interface AK70-10 KV100 Robotic Actuator - 24/48V, 10:1 Ratio Detail informationSpecificationsSupport and DownloadsLeave Message The CubeMars AK70-10 KV100 robotic actuator integrates a high-performance brushless DC motor, 10:1 planetary gearbox, driver board, and encoder into a compact, easy-to-install unit. Featuring a 10:1 gear reduction, it delivers increased torque output while maintaining fast response times

CubeMars AK70-9 KV60

CubeMars AK70-9 KV60 from CubeMars is a actuator & motor designed for robotics teams that need dependable hardware. AK70-9 actuator motor combines BLDC motor, gearbox, and driver. 2Nm peak torque, ideal for robotics and automation. The CubeMars AK70-9 KV60 supports practical deployment in robotics projects

CubeMars AK80-6 KV100

Classic high-integration AK80 actuator with 6:1 gear ratio and 800 rpm no-load speed at 48V. Designed for exoskeletons and robotic arm joints requiring compact, reliable actuation. Supports servo and MIT hybrid control modes.

CubeMars AK80-64 KV80

CubeMars AK80-64 KV80 from CubeMars is a actuator & motor designed for robotics teams that need dependable hardware. CubeMars AK80-64 motor product features include：1、Highly Integrated with encoder and driver;2、Rated Torque 48Nm;3、Peak Torque 120Nm;4、MIT control mode CubeMars AK80-64 motor product features include：1、Highly Integrated with encoder and driver;2、Rated Torque 48Nm;3、Peak Torque 120Nm;4、MIT control mode AK80-64 KV80 Robotic Actuator - 64:1 Ratio, 120Nm Peak Torque Detail informationSpecificationsSupport and DownloadsLeave Message The CubeMars AK80-64 KV80 robotic actuator integrates a brushless DC motor, proprietary planetary gearbox, encoder, and driver into a compact, easy-to-install unit. Featuring a 64:1 gear reduction, it excels in low-speed, high-torque applications while maintaining control precision and responsive performance

CubeMars AK80-8 KV60

CubeMars exoskeleton robot motor AK80-8 product features include：1、Highly integrated, driver to be choice;2、MIT and Servo control mode;3、Input & Output encoder;4、Long life time;5、Rated 10Nm;6、Joint motor for Legged Robot, Exoskeleton & Arm;7、AGV

CubeMars AK80-9 V3.0 KV100

The CubeMars AK80-9 V3.0 KV100 actuator & motor from CubeMars targets developers building production or prototype robotic systems. 0 Robotic Actuator integrates BLDC motor, gearbox, and driver. 22Nm peak torque, Servo/MIT modes, ideal for robotics and automation. The CubeMars AK80-9 V3.0 KV100 supports practical deployment in robotics projects

CubeMars AKA10-9 KV60

AKA10-9 Actuator Motor is suitable for wheeled robots and AGVs, with 120% higher radial load capacity. Equipped with new 2+5PIN plug design to enhance durability and extend module life, upgraded driver, one key to complete the parameter identification, easy to debug.

CubeMars AKA60-6 KV80

AKA60-6 KV80 Robotic Actuator is suitable for wheeled robots and AGVs, with a 50% increase in load capacity. The new 2+5PIN plug design improves durability, extends service life, upgrades the drive, and is one-button identification.

CubeMars AKE60-8 KV80

The AKE60-8 KV80 quasi-direct drive motor integrates a brushless motor and planetary reducer, and is suitable for exoskeletons, robots and collaborative robotic arms. It has high load-bearing capacity and a modular design.

CubeMars AKE80-8 KV30

The CubeMars AKE80-8 KV30 actuator & motor from CubeMars targets developers building production or prototype robotic systems. AKE80-8 KV30 Quasi Direct Drive Motor integrates motor and planetary gearbox, ideal for exoskeletons and robotic arms, with high load capacity, lightweight design, and 52N. AKE80-8 KV30 Quasi Direct Drive Motor integrates motor and planetary gearbox, ideal for exoskeletons and robotic arms, with high load capacity, lightweight design, and 52N

CubeMars AKE90-8 KV35

AKE90-8 KV35, is a CubeMars AKE quasi-direct drive motor, ideal for industrial automation and robotics. As a brushless direct-drive planetary gearmotor, it integrates motor and gearbox, and is particularly suitable for applications such as exoskeletons, foot-type robots, robotic arms and industrial collaborative robotic arms.

CubeMars AKH70-16 V1.0 KV41

CubeMars AKH70-16 V1.0 KV41 from CubeMars is a actuator & motor designed for robotics teams that need dependable hardware. AKH70-16 KV41 robotic actuator features an integrated hollow-shaft planetary design with brushless motor, dual encoders, and FOC-enabled drive, delivering high torque density in a compact form. AKH70-16 KV41 robotic actuator features an integrated hollow-shaft planetary design with brushless motor, dual encoders, and FOC-enabled drive, delivering high torque density in a compact form

CubeMars AKH70-48 V1.0 KV41

CubeMars AKH70-48 V1.0 KV41 from CubeMars is a actuator & motor designed for robotics teams that need dependable hardware. Optimized for robot joints, the AKH70-48 KV41 Actuator offers high torque and a large hollow shaft for easy wiring. Ideal for exoskeletons and quadruped robots

CubeMars DW25 Underwater Thruster

High-performance underwater thruster for medium-to-large ROVs and AUVs, delivering ≥25 kgf max bollard thrust at 48V with 1,315W rated power. Rated to 350 m depth with precision-cast aluminum alloy body and dual-chamber sealing. Weighs 1,790 g in air / 995 g in water.

CubeMars RI100 KV105

Ultra-compact frameless inrunner torque motor (Φ104 × 26 mm, 500 g) with 45 mm hollow shaft diameter and 0.01° precision control. Delivers 4.95 Nm peak / 1.76 Nm rated torque at up to 4,368 rpm from 12–48V. Designed for exoskeletons, quadruped robots, robotic arms, and industrial automation.

CubeMars RO100 KV55

Large-frame 100 mm frameless outrunner torque motor with ultra-low cogging torque for humanoid robots, exoskeletons, and collaborative arms. Available in Lite and Standard (with Hall) configurations for flexible integration. Aluminum alloy housing for durability.

CubeMars RO60 KV115

Compact 60 mm frameless outrunner torque motor with ultra-low cogging design for precision robotic joints, exoskeletons, and collaborative arms. Available in Lite (without Hall) and Standard (with Hall) configurations. Aluminum alloy housing for impact and corrosion resistance.

CubeMars RO80 KV105

Redesigned frameless outrunner torque motor (Φ92.6 × 26.4 mm, 352 g) with ultra-low cogging torque and large hollow bore for cable routing. Delivers 1.3 Nm continuous / 4 Nm peak torque at 5,040 rpm. Available in Lite (without Hall) and Standard (with Hall) variants.

CubeMars RUBIK LINK V2.0

Communication interface module for V2.1/V2.2 driver boards, enabling testing, debugging, and parameter configuration of AK-series actuators. Connects motors to the CubeMars upper-computer software via USB. Required accessory for bench setup and development workflows.

CubeMars RUBIK LINK V3.0

USB-to-CAN communication interface for configuring and debugging AK V3.0 series motors via computer. Enables parameter tuning, mode switching, and real-time monitoring through CubeMars upper-computer software. Compatible exclusively with AK V3.0 series actuators.

Cyborg H02 Robotic Hand

Cyborg-H02 Robotic Hand from Cyborg is a robotic hand designed for robotics teams that need dependable hardware. Cyborg-H02 Robotic Hand specifications include Drive Method of Tendon-Driven, Wrist Width of 40mm, and Hand Width of 114mm. Integrators specify Cyborg-H02 Robotic Hand when they need repeatable robotic hand performance in deployed systems

DH Robotics Gripper

DH-Robotics AG-95 Adaptive Parallel Gripper from DH-Robotics (Dahuan) is a end effector designed for robotics teams that need dependable hardware. DH-Robotics AG-95 Adaptive Parallel Gripper specifications include AG-160-95 of AG-105-145 | DH-3, Gripping force (per jaw) of 45~160 N, and 35~105 N of 10~65 N. Integrators specify DH-Robotics AG-95 Adaptive Parallel Gripper when they need repeatable end effector performance in deployed systems

DH Robotics DH-3

DH-Robotics DH-3 Three-Finger Adaptive Gripper is a end effector built by DH-Robotics (Dahuan) for integration into automated systems and research platforms. Stroke: 106 mm | Payload: 1. 68 kg | The DH Robotics DH-3 is an advanced, adaptive three-finger gripper particularly well-suited for cobots

DH Robotics PGE-5-26

The DH-Robotics PGE-5-26 Mini Electric Gripper end effector from DH-Robotics (Dahuan) targets developers building production or prototype robotic systems. The PGE series is a small electric gripper with a slim 18mm profile, offering flexibility, precise force control, and fast response. Explore our mini electric grippers now!

DH Robotics PGE-50-26

The DH-Robotics PGE-50-26 Industrial Electric Gripper end effector from DH-Robotics (Dahuan) targets developers building production or prototype robotic systems. DH-Robotics PGE-50-26 Industrial Electric Gripper specifications include PGE-5-26 of PGE-8-14, Gripping force (per jaw) of 0.8~5 N | 2~8 N, and Stroke of 26 mm | 14 mm. Projects standardize on DH-Robotics PGE-50-26 Industrial Electric Gripper when end effector accuracy and supportability matter

DH Robotics PGI-140-80

Based on the industrial requirements of "long stroke, high load, and high protection level", DH-Robotics independently developed the PGIA series of industrial electric parallel gripper. The PGIA series is widely used in various industrial scenarios with positive feedback.

Damiao CAN Debugger

The CAN Debugger USB-to-CAN Communication & Debug Tool component & accessory from DAMIAO targets developers building production or prototype robotic systems. CAN Debugger USB-to-CAN Communication & Debug Tool specifications include Interface of USB / CAN, Use of Motor parameter tuning, firmware, bus diagnostics. Projects standardize on CAN Debugger USB-to-CAN Communication & Debug Tool when component & accessory accuracy and supportability matter

Damiao DM-S2325-1EC

DAMIAO DM-2325 BLDC Planetary Gear Motor. Rated torque 1.35Nm；Peak torque 5Nm。 Intelligent driver design enables plug-and-play when swapping motors without recalibration. Visual parameter tuning via host software with simple configuration. Supports CAN FD with maximum baud rate up to 5 Mbps. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-D5730

DM-D5730-1EC Direct Drive Servo Joint Motor. Rated torque 0.65Nm；Peak torque 1.9Nm。 High-precision / high-resolution encoder. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and CAN parameter read/write. Supports CAN FD with maximum baud rate up to 5 Mbps.

Damiao DM-H3510

DAMIAO DM-H3510 Brushless DC Motor. Rated torque 0.18Nm；Peak torque 0.45Nm。 Integrated motor and driver design with a compact, highly integrated structure. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters. Visual parameter tuning via host software with simple configuration. Supports CAN FD with maximum baud rate up to 5 Mbps.

Damiao DM-H6215

DAMIAO DM-H6215 Brushless DC Hub Motor. Rated torque 1Nm；Peak torque 2Nm。 Integrated motor and driver design with a compact, highly integrated structure. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters. Email: sale@mdmbot.com

Damiao DM-J10010-2EC

DM-J10010-2EC (48V) MIT-Driven Brushless Servo Joint Motor. Rated torque 40Nm；Peak torque 120Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J10010L-2EC

Damiao DM-J10010L-2EC from DAMIAO for robotics research, teleoperation, and deployment. Available through Robotics Center.

Damiao DM-J3507-2EC

DM-J3507-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 0.8Nm；Peak torque 3Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. Supports CAN FD with maximum baud rate up to 5 Mbps.

Damiao DM-J4310-2EC-48V — 48V

DM-J4310-2EC V1.1 MIT-Driven Brushless Servo Joint Motor. Rated torque 3Nm；Peak torque 7Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J4310-2EC-48V — 24V

Damiao DM-J4340-2EC-24V — 24V

DM-J4340-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 9Nm；Peak torque 27Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J4340-2EC-24V — 48V

Damiao DM-J4340P-2EC-24V/48V

DM-J4340P-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 9Nm；Peak torque 27Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J6006-2EC

DM-J6006-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 4Nm；Peak torque 11Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J6248-2EC

DAMIAO DM-J6248-2EC MIT-driven brushless servo joint motor, ~62 mm dia; integrated driver, planetary gearbox and dual encoders; rated torque ~9-12 N·m, peak ~40-48 N·m; MIT/position/velocity modes over CAN. (Price shown is for the J6248P crossed-roller variant.)

Damiao DM-J6248P-2EC

DM-J6248P-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 30Nm；Peak torque 97Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and CAN parameter read/write. Supports CAN FD with maximum baud rate up to 5 Mbps.

Damiao DM-J8006-2EC V1.1

DM-J8006-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 8Nm；Peak torque 20Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J8009-2EC

DM-J8009-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 20Nm；Peak torque 40Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-J8009P-2EC

DM-J8009P-2EC MIT-Driven Brushless Servo Joint Motor. Rated torque 20Nm；Peak torque 40Nm。 Dual encoders provide single-turn absolute position on the output shaft; absolute position is retained even after power loss. Integrated motor and driver design with a compact, highly integrated structure. Supports visual debugging via host software and firmware upgrades. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao DM-S3519-1EC

DAMIAO DM-S3519 BLDC Planetary Gear Motor. Rated torque 3.5Nm；Peak torque 7.8Nm。 Intelligent driver design enables plug-and-play when swapping motors without recalibration. Visual parameter tuning via host software with simple configuration. Supports CAN FD with maximum baud rate up to 5 Mbps. CAN bus feedback for motor speed, position, torque, motor temperature, and other parameters.

Damiao Joint Motor System for OpenArm

The DAMIAO Joint Motor System for OpenArm actuator & motor from DAMIAO targets developers building production or prototype robotic systems. DAMIAO Joint Motor System for OpenArm specifications include Platform of OpenArm, Control of MIT mode / CAN. Projects standardize on DAMIAO Joint Motor System for OpenArm when actuator & motor accuracy and supportability matter

Damiao USB-CANFD-1 input

Damiao USB-CANFD-2 dual-channel debugger; Shenzhen Damiao; CAN-FDch USB

Damiao USB-CANFD-2 input

Damiao USB-CANFD-2 dual-channel debugger; Shenzhen Damiao; CAN-FDch USB

Data-Mocap-Optics

optical motion capturedata; SVRCdata product; per session/hour

J100-116P Joint

Deep Robotics J100-116P is a high-torque integrated joint for large humanoids, heavy quadrupeds, industrial robotic limbs, and embodied-AI platforms. It provides 315 Nm peak torque, EtherCAT networking, multi-turn absolute feedback, and IP67 environmental protection.

J100-64P Joint

Deep Robotics J100-64P is a high-power integrated joint for medium-to-large humanoids, quadrupeds, industrial robotic limbs, and research platforms. It combines 180 Nm peak torque, EtherCAT communication, multi-turn absolute position feedback, and IP67 protection.

J60-10 Joint

Deep Robotics J60-10 is a compact high-torque integrated joint for humanoids, quadrupeds, robotic limbs, exoskeletons, and education platforms. Its motor, planetary reducer, servo driver, absolute encoder, CAN interface, and protection system are packaged into a 0.54 kg module.

J60-6 Joint

Deep Robotics J60-6 is a lightweight integrated robot joint optimized for high-speed motion in compact humanoids, quadrupeds, exoskeletons, and research platforms. The actuator combines motor, reducer, driver, encoder, CAN communication, and real-time protection in one module.

J80-27P Joint

Deep Robotics J80-27P is an industrial integrated robot joint for legged robots, humanoids, robotic arms, exoskeletons, and heavy mobile platforms. It delivers 84 Nm peak torque with EtherCAT communication, a multi-turn absolute encoder, and IP67 environmental protection.

Deep Robotics Lite3

The Lite 3 bionic robot by Deep Robotics is an advanced robot dog with a high driving force, an advanced algorithm, and more. This 4-legged robot can be modified to suit all situations.

Lite3 Basic AI

Deep Robotics Lite3 Basic AI is a compact research quadruped that adds reinforcement-learning-optimized locomotion to the Lite3 platform. Its open motion SDK and APIs support robotics education, gait research, embodied AI, ROS development, and agile mobility experiments.

Lite3 LiDAR

Deep Robotics Lite3 LiDAR combines agile quadruped mobility with LiDAR-based mapping, obstacle avoidance, and autonomous navigation. It is built for SLAM research, spatial perception, mobile robotics, education, and embodied-AI development in indoor and controlled outdoor environments.

Lite3 Pro

Deep Robotics Lite3 Pro is a perception-ready quadruped for computer vision, obstacle avoidance, SLAM, robotics research, and embodied-AI development. Integrated expansion interfaces support onboard compute, depth sensing, ROS workflows, and custom autonomous mobility applications.

Lite3 Venture

Deep Robotics Lite3 Venture is an expandable quadruped research platform with dual Ethernet and external power outputs for third-party sensors and compute. It is designed for robotics labs, perception prototyping, mobile autonomy research, education, and custom payload development.

Deep Robotics Lynx

Deep Robotics is a leader in embodied intelligence innovation and industry applications, and the world's first intelligent quadruped robot company focused on power grid inspection. It was the first in China to deploy fully autonomous quadruped robot substation inspections.

Deep Robotics Lynx M20 Wheel-Legged

Deep Robotics Lynx M20 Wheel-Legged Quadruped is a quadruped robot built by Deep Robotics for integration into automated systems and research platforms. Deep Robotics Lynx M20 Wheel-Legged Quadruped specifications include max_payload_kg of 15, max_load_capacity_kg of 50, and max_speed_ms of 5. Deep Robotics Lynx M20 Wheel-Legged Quadruped helps robotics teams reduce integration risk with documented quadruped robot parameters

LYNX M20 Pro

Deep Robotics LYNX M20 Pro is an industrial wheel-legged quadruped for autonomous inspection, emergency response, logistics, mapping, and difficult-terrain mobility. Dual LiDAR, wide-angle cameras, IP66 protection, and open interfaces support demanding field robotics deployments.

Deep Robotics Lynx M20S

Deep Robotics offers the Deep Robotics X30, a quadruped robot suited to demanding robotics and automation workloads. Deep Robotics X30 Flagship Quadruped for Industrial Intelligence The Deep Robotics X30 is Deep Robotics’ premier industrial quadruped robot, purpose-built for demanding sectors like inspection, emergency response, surveying, security, and scientific research. It delivers resilient, high-performance operations with autonomy and precision

Deep Robotics X20

Deep Robotics X20 from Deep Robotics is a quadruped robot designed for robotics teams that need dependable hardware. X Series | X20 Autonomous Quadruped for Industrial Inspection & Rescue Deploy a rugged, IP66-rated robot for substation patrols, pipeline surveys, and emergency response—streamlining asset monitoring, condition assessment, and safety operations across all terrains. Inquire Now Deep Robotics powers missions for companies worldwide

Deep Robotics X30

Deep Robotics Jueying X30 Pro

Pro-tier variant of Deep Robotics' Jueying X30 industrial quadruped, with improved sensing and compute over the base X30. 56 kg body carries 20 kg payload at ≥4 m/s, 2.5–4 hour runtime with quick-replace battery, ≥10 km range. IP67 rated for substations and outdoor inspection. Climbs 20 cm steps and 45° slopes; operates -20 °C to 55 °C. Sensor suite: 4 × 3D LiDAR + wide-angle camera, supports thermal/RGB payloads for power inspection, firefighting, and security patrol.

Deep Robotics X30 Pro Spare Battery

Deep Robotics X30 Pro Spare Battery from Deep Robotics is a component & accessory designed for robotics teams that need dependable hardware. Unveiling the X30 quadruped robots by Deep Robotics: innovative power robot dogs with industrial-grade resistance, perception, and strong adaptability, perfect to use as power inspection robots. The X30 Series Power Robot Dogs with Advanced Functions - Deep Robotics DEEPRobotics is trusted by numerous organizations around the world A Flagship Product Born for the Industry X30 quadruped robot, a flagship product designed to meet core industry needs in multiple fields including inspection, investigation, security, surveying and mapping

DexRobot DexHand021 Mass Production

DexRobot DexHand021 Mass Production is a robotic hand built by DexRobot for integration into automated systems and research platforms. DexRobot DexHand021 Mass Production specifications include DoF of 19 DoF, Weight of 1 kg, and Dimensions of 292.6mm * 113.2mm * 56.5mm. DexRobot DexHand021 Mass Production helps robotics teams reduce integration risk with documented robotic hand parameters

DexRobot DexHand021 S

The DexRobot DexHand021 S is a sub-$1000 high-functionality three-finger dexterous hand that delivers 80% of core hand functions at lower cost. At 0.6 kg it provides 22 N grip force and 8-DOF flexible control in an industrial-grade three-finger design. The three-finger configuration conforms to object shapes for stable force-and-form closed grasping of spheres and irregular workpieces, improving task efficiency and success rates.

DH Robotics Actuator Servo Drive

Dedicated single-axis actuator servo drives (SAC-S compact, SAC-N extended). 3-10 A rated / 9-25 A peak. Integrated driver + controller, RS485 Modbus-RTU + pulse control. SAC-S: 16 waypoints, 150 g; SAC-N: 64 waypoints, force control loop, 300 g. Designed for DH miniature electric cylinders. IP20.

DH Robotics CG Series

The CG series three-finger centric electric gripper independently developed by DH-Robotics is a great soultion to grip cylindrical workpiece. The CG series is available in a variety of models for a variety of scenarios, stroke and end devices.

DH Robotics DH-5-6 Dexterous Hand

Multi-finger dexterous robotic hand with 6 active / 11 total DOF. 25 N single-finger / 80 N five-finger grip force, 10 kg pull capacity. 790 g, 0.8 s cycle time, 1M+ cycle life. Optional tactile sensing (2.5 kPa sensitivity, <0.62 ms response). Modbus RTU / RS485. 24V DC.

DH Robotics DH-PGC-140-50

Introducing the DH-Robotics PGC series, a signature electric parallel gripper designed for wide-ranging applications in cooperative manipulators. It boasts high protection, ensuring exceptional precision across various work environments. With its capacity to handle large loads, this device is ideal for heavy-duty tasks. In addition to its powerful performance, the PGC series gripper has been recognized for its industrial aesthetics, winning two prestigious international design awards: the Red Dot Award and the IF Award in 2021. Customized solutions are available to streamline your automation process and fulfill demanding industrial tasks. Initiate a quote to discover how our solution brings new life to your intelligent manufacturing.

DH Robotics AG-145

DH Robotics AG-145 from DH-Robotics (Dahuan) is a end effector designed for robotics teams that need dependable hardware. DH Robotics AG-145 specifications include AG-160-95 of AG-105-145 | DH-3, Gripping force (per jaw) of 45~160 N, and 35~105 N of 10~65 N. Integrators specify DH Robotics AG-145 when they need repeatable end effector performance in deployed systems

DH Robotics AG-95

DH-Robotics (Dahuan) offers the DH Robotics AG-95, a end effector suited to demanding robotics and automation workloads. DH Robotics AG-95 specifications include AG-160-95 of AG-105-145 | DH-3, Gripping force (per jaw) of 45~160 N, and 35~105 N of 10~65 N. DH Robotics AG-95 gives engineers a practical end effector option for lab validation and field rollout

DH Robotics PGE-50

DH-Robotics (Dahuan) offers the DH Robotics PGE-50, a end effector suited to demanding robotics and automation workloads. The PGE series is a small electric gripper with a slim 18mm profile, offering flexibility, precise force control, and fast response. Explore our mini electric grippers now! The DH Robotics PGE-50 supports practical deployment in robotics projects

DH Robotics DHEX-100-50 Hexapod

6-DOF hexapod precision positioning platform. Travel: X ±17 mm, Y ±16 mm, Z ±6.5 mm, Rx/Ry ±10 deg, Rz ±21 deg. Sub-micron repeatability (Z ±0.06 um, X/Y ±0.15 um). 5 kg horizontal payload, 136 mm base diameter. For optical alignment, silicon photonics, precision assembly.

DH Robotics DLARA Series

Direct-drive linear rotary actuator series (8 models: DLARA-16-25 through DLARA-35-50). Peak force 15-64 N, stroke 25-60 mm, 2000 RPM max. 0.5-1 um linear / 0.00275-0.005 deg rotational resolution. Hollow shaft, soft landing, spring power-loss protection. For precision assembly. CE/FCC/RoHS.

DH Robotics DLSR Series

Economy direct-drive linear rotary actuator (DLSR-25-50). 26 N peak thrust, 50 mm stroke, 800 RPM, ±2 um positional repeatability (optical). Compact hollow-shaft design, soft landing with precision force control. 1.17 kg. For material handling and bonding. CE/FCC/RoHS.

DH Robotics General-Purpose Servo Drives

Multi-axis general-purpose servo drives (SAC-NP2 dual-axis, SAC-NP4 quad-axis). 3-10 A rated / 9-30 A peak output. EtherCAT bus, 200 us min cycle (NP2). Position/velocity/torque/hybrid control modes. BissC, SSI, Endat encoder support. 3x overload >2.5 s. IP20. STO safety.

DH Robotics iFM L1

Ring-type intelligent flexible motion linear track. 4 m/s max speed, 40 m/s2 (4G) acceleration, 15 kg per-unit payload, 200 N peak thrust. ±5 um repeatability. EtherCAT internal / TCP Modbus external. Circular or rectangular config, dual-face workstations. For 3C, pharma, automotive.

DH Robotics iFM T1

Linear connector intelligent flexible motion track. 4 m/s max speed, 40 m/s2 (4G) acceleration, 15 kg per-unit payload, 300 N peak thrust. ±5 um repeatability. EtherCAT internal / TCP Modbus external. Flexible vertical/horizontal mounting, modular design. For 3C, pharma, automotive.

DH Robotics MCEA Series

Micro slide table electric cylinder series (MCEA-3G, MCEA-3WG, MCEA-4G). Rated force 30-200 N, stroke 30-150 mm, ±0.01-0.02 mm repeatability. Up to 15 kg horizontal / 6 kg vertical load. Only 35 mm wide, high energy density. Multiple installation orientations. CE/FCC/RoHS.

DH Robotics PGC Series

Collaborative parallel electric gripper series (PGC-50-35 / PGC-140-50 / PGC-300-60). Grip force 15-300 N, stroke 37-60 mm, ±0.03 mm repeatability. IP54-IP67 rated, power-off locking, Modbus RTU / RS485 + optional EtherCAT / PROFINET. Red Dot & iF Award 2021 winner. CE/FCC/RoHS.

DH Robotics PGEA Series

Industrial thin parallel clamping gripper series (8 models: PGEA-2-10 through PGEA-100-40). Grip force 0.8-100 N, stroke 10-40 mm, ±0.02 mm repeatability. Only 18 mm thin, 0.25 s response, 0.1 N force precision. Modbus RTU / RS485 + optional EtherCAT / PROFINET. CE/FCC/RoHS.

DH Robotics PGHL Series

Industrial flat parallel gripper (PGHL-400-80). 140-400 N grip force, 80 mm stroke, ±0.02 mm repeatability, 8 kg max load, 2.2 kg weight. Mechanical self-locking with >95% force retention on power loss. Modbus RTU / RS485 + optional EtherCAT / PROFINET. CE/FCC/RoHS.

DH Robotics PGIA Series

Based on the industrial requirements of “long stroke, high load, and high protection level”, DH-Robotics independently developed the PGIA series of industrial electric parallel gripper. The PGIA series is widely used in various industrial scenarios with positive feedback.

DH Robotics PGSE Series

The PGSE Series, introduced by DH-Robotics, offers a cost-effective solution in the realm of servo electric grippers. Designed to meet the demand for transitioning from pneumatic grippers to electric ones on production lines, the PGSE Series combines the advantages of the PGE Series grippers, including high performance, stability, and compact dimensions.

DH Robotics Precision Force Servo Drive

Precision force servo drive (SAC-NF1). Integrated drive, controller, and force sensor transmitter. 3-10 A rated / 9-25 A peak. High-precision closed-loop force control with gravity/friction compensation. Force-position hybrid control. Compatible with MCEA, LCEA, RCEA cylinders. 0.31 kg, IP20.

DH Robotics RCEA Series

Rod-type servo electric cylinder (RCEA-3M). Rated push force 30-200 N (pitch dependent), stroke 30-50 mm, ±0.01 mm repeatability. 35 mm body width, up to 8 kg horizontal load. Configurable screw pitch (1-6 mm). CE/FCC/RoHS/TUV.

DH Robotics RGD Series

DH-ROBOTICS’ RGD series is direct drive rotaty gripper. Adopting direct-drive zero backlash rotation module, it improves rotation accuracy , thus it can be applied to scenarios such as high-precision positioning assembly, handling, correction and adjustment of 3C electronics and semiconductors.

DH Robotics RGI Series

Industrial rotary electric gripper series (5 models: RGIC-35-12, RGIC-100-35, RGI-100-14/22/30). Grip force 13-100 N, stroke 12-35 mm, unlimited rotation, ±0.05 deg rotational / ±0.02 mm positional repeatability. Up to 2160 deg/s rotation speed. Modbus RTU / RS485 + optional EtherCAT. CE/FCC/RoHS.

DH Robotics VLA Series

Linear voice coil actuator series (VLA-10-20, VLA-16-15, VLA-25-25, VLA-30-25). Peak force 4-30 N, stroke 15-25 mm, 1 um resolution, ±3 g force repeatability. Soft landing, 30 Hz+ frequency response, billion-cycle life. For semiconductor, camera module assembly. CE/FCC/RoHS.

DH Robotics VLAR Series

Linear rotary voice coil actuator series (VLAR-20-15, VLAR-20-25, VLAR-25-25). Peak force 15-16 N, stroke 15-25 mm, Z-axis linear + rotational motion. 0.5 um linear / 0.005 deg rotational resolution, ±2 um / ±0.02 deg repeatability. Hollow shaft design. 2000 RPM max. CE/FCC/RoHS.

DH Robotics VLM Series

Circular voice coil actuator (VLM-50C-10 / VLMF-50C-10). 30 N peak / 10 N continuous force, 10 mm stroke, 0.8 m/s max speed. Force control from ±0.3 g to ±5 g precision. Cross-roller bearing, magnetic spring protection. Resolution down to 20 nm. IP40. CE/FCC/RoHS.

DH Robotics Wireless Power Supply

Wireless power supply solution for iFM flexible motion systems. 100-400 W rated / 200-600 W peak power, 24V output, 140 kHz operating frequency. 0.5 s startup, spark-free and explosion-proof. Compatible with 4 m/s travel speed. RS485 communication.

Direct Drive Tech D1 Robot

Direct Drive Tech D1 Robot from Direct Drive Tech is a actuator & motor designed for robotics teams that need dependable hardware. Direct Drive Tech D1 Robot specifications include Stand Size of 375/750x600x600, Crawl Size of 375/750x600x260, and Material of Aluminium+Plastics. Integrators specify Direct Drive Tech D1 Robot when they need repeatable actuator & motor performance in deployed systems

Direct Drive Tech DIABLO Robot

Direct Drive Tech DIABLO Robot from Direct Drive Tech is a actuator & motor designed for robotics teams that need dependable hardware. Direct Drive Tech DIABLO Robot specifications include Net weight of 22.9kg, Length, width, and height in standing mode of 540×371×491mm, and Length, width, and height in creeping mode of 540×371×270mm. Integrators specify Direct Drive Tech DIABLO Robot when they need repeatable actuator & motor performance in deployed systems

Direct Drive Tech M0601C

The Direct Drive Tech M0601C Directdrive Motor actuator & motor from Direct Drive Tech targets developers building production or prototype robotic systems. Direct Drive Tech M0601C Directdrive Motor specifications include ltem Name of Direct Drive Tech M0601C Directdrive Motor, No-Load Speed of 200±10rpm, and No-Load Current of ≤0.25A. Projects standardize on Direct Drive Tech M0601C Directdrive Motor when actuator & motor accuracy and supportability matter

Direct Drive Tech M1502E_111

Direct Drive Tech offers the Direct Drive Tech M1502E_111 Directdrive Motor, a actuator & motor suited to demanding robotics and automation workloads. Direct Drive Tech M1502E_111 Directdrive Motor specifications include No-load Speed of 210±1rpm, No-load Current of ≤0.85A, and Rated Speed of 95rpm. Direct Drive Tech M1502E_111 Directdrive Motor gives engineers a practical actuator & motor option for lab validation and field rollout

Direct Drive Tech TITA Robot

Direct Drive Tech TITA Robot from Direct Drive Tech is a actuator & motor designed for robotics teams that need dependable hardware. Direct Drive Tech TITA Robot specifications include Processor of Jetson Orin NX 16G, Research Programming API of ROS 2, and Normal Voltage of 43.2V. Integrators specify Direct Drive Tech TITA Robot when they need repeatable actuator & motor performance in deployed systems

Direct Drive Tech TITA STEREO-GMSL2 CAMERA

Direct Drive Tech TITA STEREO-GMSL2 CAMERA is a actuator & motor built by Direct Drive Tech for integration into automated systems and research platforms. Direct Drive Tech TITA STEREO-GMSL2 CAMERA specifications include Sensor of ON Semiconductor 2.3MP CMOS Image Sensor AR0234CS, QTY of Sensor of 2, and Optical Format of 1/2.6". Direct Drive Tech TITA STEREO-GMSL2 CAMERA helps robotics teams reduce integration risk with documented actuator & motor parameters

DK1 Bimanual System

TRLC-DK1 LeRobot-native bimanual teleoperation kit. 14 DOF total (7+1 per arm), Dynamixel XL330 leader, DM4340/DM4310 follower, USB serial communication, and plug-and-play data collection. Ships fully assembled as a turnkey research kit from Silicon Valley Robotics Center, San Francisco, CA.

Daimon DM-EXton2

Integrates Daimon's proprietary vision-tactile sensors with force/touch feedback technology to deliver millinewton-level (mN) contact force differential feedback. Paired with full-bearing high-precision encoder joints, it ensures high-quality data collection for highly sensitive tasks such as precision assembly and compliant grasping.

Daimon DM-Tac F

Daimon (Shenzhen) Robotics Technology Co., Ltd. has developed a fingertip vision-tactile sensor that is compact in size and offers high detection accuracy. It can be mounted on robot fingertips to enable precise tactile sensing for applications such as precision assembly and micro-manipulation. It supports customized development and provides professional vision-tactile sensing solutions for customers.

Daimon DM-Tac G

Daimon (Shenzhen) Robotics Technology Co., Ltd. has developed a vision-tactile gripper that integrates vision-tactile sensing capabilities. It can adaptively grasp objects of different shapes and materials with controllable gripping force and strong stability. Applications include logistics sorting, industrial assembly, and food processing. It supports customized development.

Daimon DM-Tac W

The DM-Tac W sensor from DM Robot targets developers building production or prototype robotic systems. Contact RCSV for the latest availability, bundle options, and integration notes for DM-Tac W DM-Tac W is available through Robotics Center of Silicon Valley

Daimon DM-Tac W2

Daimon (Shenzhen) Robotics Technology Co., Ltd. has developed a general-purpose vision-tactile sensor with high detection accuracy, fast response speed, and strong adaptability. It can be applied to robotic grasping, force-controlled operations, quality inspection, and other scenarios. It supports customized development and delivers cost-effective vision-tactile sensing solutions for customers.

Daimon DM-Tac X

Daimon (Shenzhen) Robotics Technology Co., Ltd. has developed the Blade vision-tactile sensor, which is thin and lightweight with high detection accuracy. It is suited for tight-space operation scenarios and can precisely capture multi-dimensional force and tactile data with fast response speed and strong stability. It supports custom development to meet diverse application requirements.

Dobot Atom D

Data-collection-optimized humanoid torso with 7-DOF dual arms and 2-DOF head. Customizable end-effectors (dexterous hands or grippers + wrist cameras), RealSense D455 depth camera (6m range), and 60fps Full HD binocular camera for low-latency VR/MR teleoperation. Ethernet connectivity for efficient large-scale data capture. Optional AI computing module and embodied data toolchain. Contact for pricing.

Dobot Atom Max

DOBOT's flagship 41-DOF full-size humanoid robot standing 1,650mm, 58kg. Features 7-DOF arms with ±0.05mm repeatability, 12-DOF dexterous hands, straight-knee walking at 1.5 m/s, and a 1500 TOPS AI module (Intel i9 + 16GB GDDR6 GPU). Equipped with RealSense D455 + binocular camera + Robosense Airy 3D LiDAR, 4× RGB-D waist/wrist cameras, and VR/MR teleoperation. 2h battery, 1h charge. Contact for pricing.

Dobot Atom-W

Wheeled humanoid robot designed for real-world industrial AI embodied robotics. 1,785mm tall, 20-DOF upper body with 7-DOF × 2 arms at ±0.05mm repeatability and 3.5kg payload. Wheeled chassis with LiDAR navigation, ±10mm positioning accuracy, 1.5 m/s speed, passes through 500mm corridors. 45Ah battery, Intel i9 + high-performance GPU (41.15 TFLOPS), VLA architecture for end-to-end autonomous operation. Contact for pricing.

Dobot CR10

Heavy-duty 6-axis cobot with 10kg payload and 1525mm reach. 40kg weight, 4 m/s max speed, DH parameter compensation. For palletizing and transportation. Contact for pricing. High-reach 10 kg payload collaborative robot with 1525 mm reach and ±0.03 mm repeatability. 6-DOF, IP54 rated, 40 kg. Ideal for palletizing, unpacking, and heavy material handling.

Dobot CR12

DOBOT CR12 from DOBOT is a robotic arm designed for robotics teams that need dependable hardware. DOBOT CR12 specifications include Model of CR3A | CR5A | CR7A | CR6AL | CR10A | CR12A | CR16A | CR16AL | CR20A | CR30A, Weight of 16.5 kg | 25 kg | 24.5 kg | 41.5 kg | 40 kg | 39.5 kg | 40 kg | 40 kg | 73 kg | 70 kg, and Maximum Payload of 3 kg | 5 kg | 7 kg | 6 kg | 10 kg | 12 kg | 16 kg | 16 kg | 20 kg | 30 kg. Integrators specify DOBOT CR12 when they need repeatable robotic arm performance in deployed systems

Dobot CR16

The DOBOT CR16 robotic arm from DOBOT targets developers building production or prototype robotic systems. DOBOT CR16 specifications include Model of CR3A | CR5A | CR7A | CR6AL | CR10A | CR12A | CR16A | CR16AL | CR20A | CR30A, Weight of 16.5 kg | 25 kg | 24.5 kg | 41.5 kg | 40 kg | 39.5 kg | 40 kg | 40 kg | 73 kg | 70 kg, and Maximum Payload of 3 kg | 5 kg | 7 kg | 6 kg | 10 kg | 12 kg | 16 kg | 16 kg | 20 kg | 30 kg. Projects standardize on DOBOT CR16 when robotic arm accuracy and supportability matter

Dobot CR20A

DOBOT CR20A is a robotic arm built by DOBOT for integration into automated systems and research platforms. DOBOT CR20A specifications include Weight of 73 kg, Maximum Payload of 20 kg, and Working Radius of 1,700 mm. DOBOT CR20A helps robotics teams reduce integration risk with documented robotic arm parameters

Dobot CR3

Compact 3 kg payload collaborative robot arm with 795 mm reach and ±0.02 mm repeatability. 6-DOF, IP54 rated, 16.5 kg body weight. Ideal for light assembly, inspection, and lab automation. Compact 6-axis cobot with 3kg payload and 795mm reach. ±0.02mm repeatability, 2 m/s max TCP speed. Automates light tasks in tight spaces. Contact for pricing.

Dobot CR30H

DOBOT CR30H from DOBOT is a robotic arm designed for robotics teams that need dependable hardware. DOBOT CR30H specifications include Product Name of CR 30H, Weight of 98.5kg, and Max. Payload of 30kg. Integrators specify DOBOT CR30H when they need repeatable robotic arm performance in deployed systems

Dobot CR5

Versatile 5 kg payload collaborative robot with 1096 mm reach and ±0.02 mm repeatability. 6-DOF, IP54 rated, 25 kg body weight. Widely deployed in electronics, automotive, and food & beverage industries.

Dobot CR5AF

6-DoF collaborative robot arm, 5 kg payload, 900 mm reach, repeatability +/-0.02 mm, ~25 kg weight, IP54. CR5AF (CRAF series) adds a high-precision 6-axis force sensor at the flange for compliant force control (drag-start force <2N, collision sensitivity to 1N).

Dobot CR7

DOBOT CR7 is a robotic arm built by DOBOT for integration into automated systems and research platforms. DOBOT CR7 specifications include Model of CR3A | CR5A | CR7A | CR6AL | CR10A | CR12A | CR16A | CR16AL | CR20A | CR30A, Weight of 16.5 kg | 25 kg | 24.5 kg | 41.5 kg | 40 kg | 39.5 kg | 40 kg | 40 kg | 73 kg | 70 kg, and Maximum Payload of 3 kg | 5 kg | 7 kg | 6 kg | 10 kg | 12 kg | 16 kg | 16 kg | 20 kg | 30 kg. DOBOT CR7 helps robotics teams reduce integration risk with documented robotic arm parameters

Dobot CRA IP68 Series

IP68-certified waterproof cobot series for extreme conditions. Models: CR5AP (5 kg, 900 mm), CR10AP (10 kg, 1300 mm), CR20AP (20 kg, 1700 mm). SGS-certified IP68 (72-hour test), oil-resistant fluororubber exterior, internal pressurization system. IP54 control cabinet.

Dobot CRAF Series

DOBOT offers the DOBOT CRAF Series, a robotic arm suited to demanding robotics and automation workloads. DOBOT CRAF Series specifications include CR5AF Maximum Payload of 5kg Working Radius: 900mm Repeatability: ±0.02mm, CR10AF Maximum Payload of 10kg Working Radius: 1,300mm Repeatability: ±0.03mm, and CR20AF Maximum Payload of 20kg Working Radius: 1,700mm Repeatability: ±0.05mm. DOBOT CRAF Series gives engineers a practical robotic arm option for lab validation and field rollout

Dobot MG400

Dobot MG400 is a robotic arm built by Dobot for integration into automated systems and research platforms. DOBOT MG400 is a lightweight, space-saving desktop robotic arm suitable for diversified manufacturing needs. Discover more features of MG400 cobot in small space applications

Dobot Explorer Education

DOBOT Explorer biomimetic quadruped education robot with 1.8m/s foot speed, 3m/s wheel speed, 30–35° climbing, 16cm obstacle clearance. Three variants: Explorer (basic), Explorer Vision (SLAM+depth camera), Explorer Sentinel (LiDAR+40 TOPS+LLM). C++/Python/ROS SDK, IsaacGym simulation. For K12 to university research. Contact for pricing.

Dobot M1 Pro

DOBOT offers the DOBOT M1 Pro, a robotic arm suited to demanding robotics and automation workloads. DOBOT M1 Pro is the second-generation intelligent SCARA robot with a built-in dynamic algorithm. Simple design and hand-guided learning make M1 Pro easily manageable

Dobot Magician E6

The DOBOT Magician E6 robotic arm from DOBOT targets developers building production or prototype robotic systems. Designed for STEM and research, the DOBOT Magician E6 Desktop 6-Axis Cobot enables real-world practice in robotics and smart manufacturing. DOBOT Magician E6 | Desktop Cobot for Education & Research Desktop Cobot for Education and Research The DOBOT Magician E6 is a desktop grade 6-axis cobot designed for education and scientific research

Dobot Nova 2

The DOBOT Nova 2 robotic arm from DOBOT targets developers building production or prototype robotic systems. The DOBOT Nova 2 Collaborative Robot features a compact design with a 625 mm reach and 2 kg payload, ideal for restaurant and retail automation. DOBOT Nova 2 | Highly capable and Cost Efficient Nova 2 has a compact design

Dobot Nova 5

DOBOT Nova 5 from DOBOT is a robotic arm designed for robotics teams that need dependable hardware. The DOBOT Nova 5 Cobot features an 850 mm reach and precision pressure control, ideal for massage applications targeting the neck, back, and waist. DOBOT Nova 5 | Enhanced with AI sensing technologies Nova 5 has an 850 mm working radius to easily reach massage spots such as neck, back and waist

Elephant Robotics mechArm 270 M5

The Elephant Robotics mechArm 270 M5 robotic arm from Elephant Robotics targets developers building production or prototype robotic systems. Have you ever imagined you could have a little robot that does everything? Not those giant ones in the sci-fi movies but a compact yet versatile robot. The Elephant Robotics mechArm 270 M5 supports practical deployment in robotics projects

Elephant Robotics myArm 300 Pi

PRODUCT FEATURES & APPLICATIONSPowered by Raspberry Pi 4B, paired with Elephant Robotics' customized Ubuntu Mate 20.04 OS, myArm 300 Pi offers a PC-like experience. No need for an external PC control; connect a monitor, keyboard, and mouse for easy use. Ideal for robotics education, control logic teaching, robot applications, and ROS simulation classes. A perfect assistant for 7-axis robotic arm learning and application. Highly Interactive Educational ResearchmyArm offers 7 degrees of freedom, surpassing 6-DOF robots, allowing movements as flexible as a human arm. With built-in interfaces, it supports advanced elbow joint posture changes. Ideal for practical teaching in robot posture research, motion path planning, redundancy management, kinematics, ROS development, robot application development, programming, and data processing.Creative Development myArm robot is designed to be 100% compatible with myCobot accessories, ensuring perfect adaptability in structure installation and software control. It expands the application scenarios of the myArm robot. With almost 100% open hardware interfaces for Raspberry Pi 4B and M5Atom, users can pair it with personal Raspberry Pi 4B and M5Atom accessories for customized development. Business ExplorationmyArm robotic arm supports integration with other upper-level machines, including PCs, industrial control terminals, and mobile AGV chassis, suitable for various application scenarios. It supports multiple connection control methods, both wired and wireless, meeting the needs of complex projects. Paired with different terminals, myArm can be used in various scenarios like robot application model displays, educational teaching kit displays, industrial 4.0 application displays, and composite robot application displays.EXPLORING GAMEPLAYADVANCED CONFIGURATIONRobust product configuration meets your embedded development needs: button interaction, screen display, buzzer, IO interface. Everything you think of can be developed.CUSTOM ROBOT OSSystem developed over three years, it offers a near-desktop PC experience. The myArm system not only has built-in environments like ROS1/2 and Python but also features robot development software like VSCode, VNC, and SSH. No complicated configurations needed. It also offers automated update software, supporting one-click updates for the corresponding development environment. Simplifying the process makes robot applications easier.EASY ROBOT PROGRAMMINGOffers myBlockly, a drag-and-drop programming software for beginners. With block-based programming and graphical debugging tools, even novices can easily control the robotic arm. Python 2/3 development environment supports various development driver libraries like OpenCV, QT, and pymycobot. It meets advanced development needs in robot control, image recognition, and frontend development.ROS SIMULATION SUPPORTOffers multi-version support for ROS1 and ROS2. With consistent extension support across versions, it provides RVIZ and MOVEIT demo cases under different versions, meeting users' in-depth development needs. MYAGV + MYARM COMBOMobile chassis + robotic arm development combo. Start collaborative robot projects at a low cost, including SLAM mapping, autonomous navigation, ROS development environment, 7-axis collaborative robot control, visual recognition, and inter-device communication.myStudioA one-stop robotic application platform myStudio provides various functions and tutorials for users, such as installation of robotic driver, robotic firmware updating, user mannul, video tutorials, etc.VERSATILE ACCESSORIESDozens of accessories like adaptive grippers, camera flanges, and suction pumps to help you fully unleash your creative ideas with myCobot. Adaptive gripper Flexible gripper Camera moduleDexterous hand Parallel gripper Vertical suction pump G base Mobile phone holder Large suction cup base Cylindrical flange Dual vacuum gripper Pen holder

Elephant Robotics myCobot 280 Arduino

The Elephant Robotics myCobot 280 Arduino robotic arm from Elephant Robotics targets developers building production or prototype robotic systems. Code your arduino robot arm! myCobot 280 Payload 250g, working range 280mm, repeatability ±0

Elephant Robotics myCobot 280 Jetson Nano

ADVANCED AI LEARNINGBased on Jetson Nano AI board, myCobot 280 Jetson Nano is capable for a quick image processing, robotic algorithm developments, ROS simulation learning, etc.OPEN-SOURCE ECOSYSTEMWith original Jetson Nano open-source ecosystem, myCobot 280 Jetson Nano provides abundant interfaces for secondary developments, Python drive library and built-in ROS environment, which simplify and fasten your developing. PARAMETERSEXCELLENT CONFIGURATIONmyCobot is equipped with complicated and intelligent configuration, which highly satisfies your demands of creative secondary developments.ABUNDANT INTERFACESCombined with Jetson Nano and robot, speed up your developments with open-source interfaces.HANDS-ON LESSONBased on myBlockly and Python, myCobot blazes a new path of Artificial Intelligence, and enriches your roboitcs knowledge in the long term.ROS SUPPORTINGWith a built-in ROS language, it’s capable to simplify 6 DOF movements under Ubuntu18.04 System.MYCOBOT 280 JETSON NANO UNBOXING myStudiomyStudio is a one-stop platform for robot arms of myRobot/myCobot. The main functions of myStudio are:Update the firmware;Provide video tutorials on how to use the robot;Provide maintenance and repair information (such as video tutorials, Q&A, etc.).

Elephant Robotics myCobot 280 M5Stack

The World's Smallest & Lightest Six Axis CobotThe myCobot 280 M5Stack is a lightweight (under 1kg) collaborative robot arm with 6 degrees of freedom. Ideal for robotics research, artificial intelligence education, DIY, and commercial applications, it supports Python and ROS programming. This desktop robot arm can use a variety of end-effectors, and can lift and move objects up to 250g. Recognized by the Institute of Electrical and Electronics Engineers (IEEE) as one of the world's smallest robot arms.Users across various sectors have utilized myCobot arms for learning and applying robotic technologies. As of December 2022, myCobot 280 products have been sold to over 50 countries and regions, with more than 10,000 units sold, demonstrating the product's global reach and reliability.Innovation Task Using the myCobot 280 Robotic ArmPortable and versatile, the myCobot 280 series robotic arms empower users of all ages to learn and explore robotics by enabling easy creation of learning tasks and reliable object engrave, draw, write & more within designated zones.Pick & Place Task Using the myCobot 280 Robotic ArmDesigned for research and makers, the myCobot 280 series robot arms offer a variety of control methods. They also boast reliable mobile transport and precise placement capabilities, making them ideal for various tasks.Integration of Multiple End Effector Types for ApplicationsThe myCobot 280 robot arm supports secondary development through its Lego interface, enabling the integration of multiple end effector technologies. This feature allows developers to implement various you need projects, including robot assistant, object recognition, image sorting, face recognition & tracking, and more.myCobot 280 M5 Unboxing Video Your browser does not support HTML5 video. Seen on TV & Endorsed by Media ExpertsOur contribution to innovative robots has helped tens of thousands of users use myCobot robotic arms to learn and apply robotics with ease and efficiency.Robot Applications with ROS CompatibilityRobot Specification wtih 6 Servo MotorsLearn Robotics with ProgrammingWe provides a Gitbook for quickly building a robotic arm development environment with detailed tutorials on everything from setting up the environment to controlling the robotic arm and support popular programming languages like Python, C++, C#, and Arduion.Better Robotics Programming SoftwareEasily learn to program myCobot in your style and ready to start your robotics journey.Flexible & Effortless OperationmyCobot's intuitive slider controls enable effortless operation, making it an ideal choice for both beginners and experienced users.Learn Through MoveIt DemosMoveIt empowers programmers to develop sophisticated robotics applications with its comprehensive path planning and obstacle avoidance capabilities, catering to advanced development needs.Offer Optional AI Kit IntegrationmyCobot 280 can be integrated with an AI Kit, enabling users to delve into machine vision and robot-arm coordination for object recognition and grasping tasks.Compound Mobile Robot: myAGV + myCobot 280Combining a mobile chassis with a robotic arm, the myAGV offers versatile functionalities for research, education, and individual makers. These include 2D/3D mapping and navigation, graphical programming, visual software integration, ROS simulation, and gamepad/keyboard control.Hot Accessories Recommended myCobot Adaptive GripperIt can achieve grabbing applications with robotic arms. myCobot G-Shape BaseIt is fixed by a G-type clamp and can be freely installed on the edge of the desktop. myCobot Flat BaseIt can fix the robotic arm by vacuum adsorption principle. myCobot Camera FlangeIt can be used in more applications such as machine vision and image recognition. myCobot Suction PumpIt performs the function of absorbing objects with robotic arms. myCobot Flexible GripperIt is used to clamp irregularly shaped objects and can be deformed. myCobot Parallel GripperIt can complete the fine application of robotic arm grabbing. myCobot Phone HolderIt caters to a wide range of phone sizes. myCobot Pen HolderIt can adapt to various types of pens for stable gripping. myCobot GamepadIt can directly control the robotic arm, and can also be used by other software. myCobot Dual-Vacuum GripperIt performs the function of absorbing larger objects with robotic arms. myCobot CylinderIt is used to implement the function of creative development.myStudioCentralized Robot Management: myStudio offers firmware updates, video tutorials, and maintenance/repair information, all accessible from a one-stop platform. Download Windows Download Linux Download Mac Instructions Get User Tutorial On Gitbook (Recommended Reading) Get Software Tutorial On GitHub (Coding Learning) Download 3D File (Host & Accessories STEP Files) Learn More User Cases

Elephant Robotics myCobot 280 Pi

Ultra Small & Simple to UseThe myCobot 280 Pi is a six-axis robotic arm designed for makers and students to quickly start learning and experimenting with robotics. Powered by Raspberry Pi and running Ubuntu Mate 20.04, it works independently without a PC—just connect a monitor, keyboard, and mouse. Perfect for robot programming education, control logic development, ROS simulations, and creative projects, it lets you explore, build, and program your own robotic applications with ease.Works right out of the box—no training, software, or extra purchases needed. It’s that simple! Robot Specification with 6 Servo MotorsBRAINED ON RASPBERRY PI 4BCPU: 64-bit 1.5GHz 4Core (28nm) GPU：Broadcom VideoCore vl@50OM.Learn Robotics with ProgrammingWe provides a Gitbook for quickly building a robotic arm development environment with detailed tutorials on everything from setting up the environment to controlling the robotic arm and support popular programming languages like Python.Your DIY Robotic PlaygroundPowered by Raspberry Pi 4B with built-in actuators and sensors, it lets makers program in Python, C++, or Blockly, experiment, and create with ease. Learn, build, and bring your robotic ideas to life—no limits, all fun.Creative DevelopmentExperience industrial robot development with the myCobot 280 series. Equipped with advanced motion control algorithms and multiple control modes, including angle, coordinate, potentiometer and radian values. With an open-source drive library and over 90+ robot control interfaces, get a realistic programming experience for your projects.Commercial ExplorationThe myCobot 280 robot arm supports secondary development through its Lego interface, enabling the integration of multiple end effector technologies. This feature allows developers to implement various you need projects, including robot assistant, object recognition, image sorting, face recognition & tracking, and more.myCobot 280 PI Unboxing Video Your browser does not support HTML5 video. Seen on TV & Endorsed by Media ExpertsOur contribution to innovative robots has helped tens of thousands of users use myCobot robotic arms to learn and apply robotics with ease and efficiency.Flexible & Effortless OperationmyCobot's intuitive slider controls enable effortless operation, making it an ideal choice for both beginners and experienced users.Learn Through MoveIt DemosMoveIt empowers programmers to develop sophisticated robotics applications with its comprehensive path planning and obstacle avoidance capabilities, catering to advanced development needs.Offer Optional AI Kit IntegrationmyCobot 280 can be integrated with an AI Kit, enabling users to delve into machine vision and robot-arm coordination for object recognition and grasping tasks.Hot Accessories Recommended myCobot Adaptive GripperIt can achieve grabbing applications with robotic arms. myCobot G-Shape BaseIt is fixed by a G-type clamp and can be freely installed on the edge of the desktop. myCobot Flat BaseIt can fix the robotic arm by vacuum adsorption principle. myCobot Camera FlangeIt can be used in more applications such as machine vision and image recognition. myCobot Suction PumpIt performs the function of absorbing objects with robotic arms. myCobot Flexible GripperIt is used to clamp irregularly shaped objects and can be deformed. myCobot Parallel GripperIt can complete the fine application of robotic arm grabbing. myCobot Phone HolderIt caters to a wide range of phone sizes. myCobot Pen HolderIt can adapt to various types of pens for stable gripping. myCobot GamepadIt can directly control the robotic arm, and can also be used by other software. myCobot Dual-Vacuum GripperIt performs the function of absorbing larger objects with robotic arms. myCobot CylinderIt is used to implement the function of creative development.myStudioCentralized Robot Management: myStudio offers firmware updates, video tutorials, and maintenance/repair information, all accessible from a one-stop platform. Download Windows Download Linux Download Mac Instructions Get User Tutorial On Gitbook (Recommended Reading) Get Software Tutorial On GitHub (Coding Learning) Download 3D File (Host & Accessories STEP Files) Learn More User Cases

Elephant Robotics myCobot 320 M5

Elephant Robotics offers the Elephant Robotics myCobot 320 M5, a robotic arm suited to demanding robotics and automation workloads. USER-ORIENTED 6-AXIS COBOTOpen ROS simulation development environment, built-in kinematics forward and inverse solution algorithm. The whole series has been sold to 60+ countries around the world with more than 5,000 units shipped. The Elephant Robotics myCobot 320 M5 supports practical deployment in robotics projects

Elephant Robotics myCobot 320 Pi

The Elephant Robotics myCobot 320 Pi robotic arm from Elephant Robotics targets developers building production or prototype robotic systems. USER-ORIENTED 6-AXIS COBOTOpen ROS simulation development environment, built-in kinematics forward and inverse solution algorithm. The whole series has been sold to 60+ countries around the world with more than 5,000 units shipped. The Elephant Robotics myCobot 320 Pi supports practical deployment in robotics projects

EngineAI PM01

Lightweight and highly dynamic. At 138 cm tall, the PM01 is a fully open general-purpose embodied intelligence platform for research, education, and industrial manufacturing. It offers exceptional mobility—the most agile agent from EngineAI to date—with advanced capabilities including complex "axe dance" routines, human-like gait, and front flips.

Feetech SCS0009

Feetech SCS0009 is a actuator & motor built by Feetech for integration into automated systems and research platforms. Feetech SCS0009 specifications include Products of New products launched in 2024, 12V 185kg.cm 180 Degree Servo Product Model No of FT-185B-C001 Structure Size：64mm*33mm*72.7mm The Maximum Speed：0.147sec/60°(68RPM)@12V The Stall Torque：185kg.cm@12V The Rotation Degree：180±2° Details, and 24V 185kg.cm 180 Degree Servo Product Model No of FT-185B-C002 Structure Size：64mm*33mm*72.7mm The Maximum Speed：0.147sec/60°(68RPM)@24V The Stall Torque：185kg.cm@24V The Rotation Degree：180±2° Details. Feetech SCS0009 helps robotics teams reduce integration risk with documented actuator & motor parameters

Flexiv Arms

Flexiv Rizon 7-axis adaptive robot arm with industrial-grade whole-body force control and built-in 6-DoF force/torque sensing; Rizon 4 = 4 kg payload, Rizon 10 = 10 kg payload / 810 mm reach; CE/ETL certified, IP65.

Force Dimension omega.6 Haptic Device

6-DoF haptic interface with pen-shaped end-effector and wide wrist motion range. Available in left- or right-hand configurations. Translational force feedback with passive wrist rotation sensing for research and surgical teleoperation.

Force Dimension omega.7 Haptic Device

7-DoF haptic interface with active gripper for bi-manual teleoperation. Delivers up to 8 N grasping force, 12 N translational force, USB 2.0 control at 4 kHz. Hand-sized end-effector with full gravity compensation and driftless calibration.

Force Dimension sigma.7 Haptic Device

Top-of-line 7-DoF force + torque feedback haptic device. First commercial 3D haptic interface certified for space use. 20 N Cartesian force in 120 mm spherical workspace; full wrist torque feedback for medical and aerospace teleoperation.

Fourier GR-1

The Fourier GR-1 humanoid robot from Fourier Intelligence targets developers building production or prototype robotic systems. Contact RCSV for the latest availability, bundle options, and integration notes for Fourier GR-1

Fourier GR-2

Fourier GR-2 is a humanoid robot built by Fourier Intelligence for integration into automated systems and research platforms. Fourier GR-2 specifications include Degrees of Freedom of 12. Fourier GR-2 helps robotics teams reduce integration risk with documented humanoid robot parameters

Galaxea A1

Galaxea A1 from Galaxea Robotics is a humanoid robot designed for robotics teams that need dependable hardware.

Galbot G1

Full-size humanoid from China's leading humanoid startup ($3B valuation). 173 cm tall, 85 kg, 25 DOF, 190 cm arm span. Walks at 3 km/h, runs at 5 km/h. 15 kg payload, 5 kg dual-arm capacity. 10+ hour battery life. 95–97% grasp success rate. Deployed in 10+ Beijing pharmacies for autonomous operations.

GENISOM L1 Robot

The GENISOM L1 Robot humanoid robot from GENISOM AI targets developers building production or prototype robotic systems. GENISOM L1 Robot specifications include Total Degrees of Freedom of 12 DOF, Standing Dimensions (L×W×H) of Approx. 630mm × 360mm × 415mm, and Crouching Dimensions (L×W×H) of Approx. 670mm × 425mm × 145mm. Projects standardize on GENISOM L1 Robot when humanoid robot accuracy and supportability matter

GENISOM L1-W Robot

The GENISOM L1-W is Genisom AI's first industry-grade wheeled quadruped robot, combining high-speed wheeled mobility with quadruped obstacle-crossing capability. It integrates reinforcement-learning motion control for security patrol, logistics transport, and hazardous-environment exploration. Built-in AI reinforcement learning delivers strong environmental adaptability and intelligent decision-making for complex terrain.

GENISOM M1 Robot

The GENISOM M1 is Genisom AI's mid-size industry-grade quadruped robot with 16 degrees of freedom and embedded reinforcement-learning motion algorithms. It supports all-terrain walking and multiple gait modes, with rich expansion interfaces for power inspection, public security, emergency rescue, logistics transport, and other industry payloads.

Haptron Scientific Photon Finger 5in1 Sensor

Haptron Scientific Photon Finger 5in1 Sensor is a sensor built by Haptron Scientific for integration into automated systems and research platforms. Haptron Scientific Photon Finger 5in1 Sensor specifications include Repeatability test of Passed the repeatability test, repeatability R ≤ 0.5% F.S., Resolution test of Passed the resolution test, ≤ 0.05N, and Overload test of Passed the overload test, overload ≥ 150% F.S.. Haptron Scientific Photon Finger 5in1 Sensor helps robotics teams reduce integration risk with documented sensor parameters

Haptron Scientific Photon Finger B Sensor

The Haptron Scientific Photon Finger B Sensor sensor from Haptron Scientific targets developers building production or prototype robotic systems. Haptron Scientific Photon Finger B Sensor specifications include Temperature Cycle Test of Passed 14h temperature test (Low: -10°C / High: 50°C)., Damp Heat Test of Passed 48h constant damp heat test (Temperature: 40°C / Relative Humidity: 93%), and Electromagnetic Compatibility (EMC) Test of Comprehensive pass in power frequency magnetic field, RF amplitude modulated electromagnetic field, electrostatic discharge, and RF common mode tests. Projects standardize on Haptron Scientific Photon Finger B Sensor when sensor accuracy and supportability matter

Haptron Scientific Photon micro 3X Sensor

Haptron Scientific Photon micro 3X Sensor from Haptron Scientific is a sensor designed for robotics teams that need dependable hardware. Haptron Scientific Photon micro 3X Sensor specifications include Biocompatibility Testing of Passed Sensitization Test / Mucosal Irritation Test / Blood Compatibility Test / Pyrogen Test, Temperature Cycle Test of Passed 2h temperature test (High temperature: 140℃), and Constant Damp Heat Test of Passed 48h constant damp heat test (Temperature: 40℃ / Relative Humidity: 93%). Integrators specify Haptron Scientific Photon micro 3X Sensor when they need repeatable sensor performance in deployed systems

Haptron Scientific Photon R15 Sensor

Haptron Scientific Photon R15 Sensor from Haptron Scientific is a sensor designed for robotics teams that need dependable hardware. Haptron Scientific Photon R15 Sensor specifications include Temperature Cycle Test of Passed 14h temperature test (Low: -20℃ / High: 80℃), Constant Damp Heat Test of Passed 48h constant damp heat test (Temperature: 40℃ / Relative Humidity: 93%), and Electromagnetic Compatibility Test of Passed comprehensive tests: Power Frequency Magnetic Field / RF Amplitude Modulated Electromagnetic Field / Electrostatic Discharge / RF Common Mode. Integrators specify Haptron Scientific Photon R15 Sensor when they need repeatable sensor performance in deployed systems

Haptron Scientific Photon R40 Sensor

Haptron Scientific Photon R40 Sensor from Haptron Scientific is a sensor designed for robotics teams that need dependable hardware. Haptron Scientific Photon R40 Sensor specifications include Temperature Cycle Test of Passed 14h temperature test (Low: -20℃ / High: 70℃), Constant Damp Heat Test of Passed 48h constant damp heat test (Temperature: 40℃ / Relative Humidity: 93%), and Electromagnetic Compatibility Test of Passed comprehensive tests: Power Frequency Magnetic Field / RF Amplitude Modulated Electromagnetic Field / Electrostatic Discharge / RF Common Mode. Integrators specify Haptron Scientific Photon R40 Sensor when they need repeatable sensor performance in deployed systems

Hello Robot Stretch 3

Open-source mobile manipulator designed for home environments. 54 lbs (24.5 kg), compact 33x34 cm footprint to navigate tight passages. Full 6-DOF end-effector with DexWrist3 standard. Intel RealSense D405 depth camera in gripper. NUC 12 compute (2–3x previous gen). Under $25,000 — one of the most accessible research-grade mobile manipulators.

Hesai AT512 Ultra-Long-Range LiDAR

Hesai AT512 Ultra-Long-Range LiDAR is a lidar built by Hesai Technology for integration into automated systems and research platforms. Hesai AT512 Ultra-Long-Range LiDAR specifications include channels of 512, range_m of 400. Hesai AT512 Ultra-Long-Range LiDAR helps robotics teams reduce integration risk with documented lidar parameters

Hesai OT128 360 deg Mechanical LiDAR

128-channel mechanical spinning LiDAR with 360 deg horizontal and 40 deg vertical FOV. 200 m at 10% reflectivity (230 m max), 6.91 M pts/s dual-return, +/- 3 cm range accuracy. ASIL-B safety-grade ground-truth sensor.

Hesai Pandar128 Mechanical LiDAR

The Hesai Pandar128 Mechanical LiDAR lidar from Hesai Technology targets developers building production or prototype robotic systems. Hesai Pandar128 Mechanical LiDAR specifications include channels of 128, range_m of 200, and fov_deg of 360x40. Projects standardize on Hesai Pandar128 Mechanical LiDAR when lidar accuracy and supportability matter

Hesai AT128

Hesai AT128 is a lidar built by Hesai Technology for integration into automated systems and research platforms. Discover Hesai's AT128, a 120º ultra-high resolution long-range LiDAR for advanced driver-assistance systems. Discover Hesai's AT128, a 120º ultra-high resolution long-range LiDAR for advanced driver-assistance systems

Hesai QT128

Hesai Technology offers the Hesai QT128, a lidar suited to demanding robotics and automation workloads. Discover Hesai QT128, the 128-channel short-range lidar with 105° vertical field of view. Enhance object detection with this advanced, automotive-grade solution Discover Hesai QT128, the 128-channel short-range lidar with 105° vertical field of view

Hesai XT32

Hesai XT32 from Hesai Technology is a lidar designed for robotics teams that need dependable hardware. Explore our 32-channel mid-range 360° spinning lidars. These solutions ensure high precision, zero blind spots & reliable performance for diverse applications. The Hesai XT32 supports practical deployment in robotics projects

HexFellow HEXCOMPUTER-P1

The HEXCOMPUTER P1 is an industrial-grade main computer designed for robotics and autonomous systems. Featuring 8x GMSL2 camera interfaces, 10G uplink, 4x CAN-FD, and wide 19-48V input with hardware power-cut protection, it delivers robust vision processing, real-time fieldbus communication, and high reliability in harsh environments.

HexFellow HEXMOTOR 4310 Motor

The HEX43xx series is a range of integrated joint motors developed by HexFellow for the embodied robotics industry. Featuring a planetary gear system, it delivers impact resistance, high torque transparency, low friction, and exceptional cost-effectiveness. With integrated drive and control and CAN-FD communication, th

HexFellow HEXMOTOR 4342P Motor

HexFellow HEXSENSE-Y200 IMU

The HexFellow HEXSENSE-Y200 IMU robotic hand from HexFellow targets developers building production or prototype robotic systems. Y200 is a 9-axis IMU sensor featuring industrial-grade chips, a full aluminum housing, and potting encapsulation, ensuring high reliability and stability. It supports direct CAN output and direct battery powering, making it particularly suitable for battery-powered high-vibration scenarios such as mobile robots and autonomous vehicles

HikRobot MV-CS050-10GC GigE Area Scan Camera

With efforts in industrial vision sensing application and hardware technology, Hikrobot provides customers with leading machine vision products which can be widely used in multiple industrial automation fields to realize applications such as positioning guidance, code reading, OCR recognition, etc.

HikRobot MV-DB500S-A 3D Stereo

Hipersen HPS-FT025 Miniature 6-Axis F/T Sensor

Ultra-compact F/T sensor for humanoid wrists and dexterous hands. 23x26.2 mm, 28 g, alloy steel + aviation aluminum. 2000 Hz output, IP65, 350% overload. Cost-effective Chinese alternative to ATI Nano-class transducers.

Hipersen HPS-FT060S 6-Axis F/T Sensor

Best-selling Hipersen F/T sensor. Fx/Fy +/- 1000 N, Fz +/- 1400 N, Mxy +/- 30 Nm. 87x78x28.5 mm, 502 g stainless steel housing, IP65. 2700 Hz output, 24-bit ADC, EtherCAT/Ethernet/RS-485/analog. 350% overload tolerance.

Hipersen HPS-FT120 High-Capacity 6-Axis F/T Sensor

High-capacity 6-axis F/T sensor. Up to 5000 N force / 150 Nm torque. 142x126x50 mm aluminum alloy, 1450 g. 2000 Hz, IP65, 350% overload. Suited to robot arms 30 kg payload and above.

HiPNUC EVAL-HI02 Sensor

HiPNUC offers the HiPNUC EVAL-HI02 Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC EVAL-HI02 Sensor specifications include Measurement Range of ±125 ~ ±2000 °/s, Resolution of 16 bit, and Sampling Rate of 1000 Hz. HiPNUC EVAL-HI02 Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC EVAL-HI04M Sensor

HiPNUC EVAL-HI04M Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC EVAL-HI04M Sensor specifications include Measurement Range (°/s) of ±125 to ±2000 (Typical: ±2000), Resolution (bit) of 16, and Scale Factor (ppm) of 250 (pre-SMT); 1390~2225 (post-SMT, Typ: RMS). Integrators specify HiPNUC EVAL-HI04M Sensor when they need repeatable sensor performance in deployed systems

HiPNUC EVAL-HI04S Sensor

The HiPNUC EVAL-HI04S Sensor sensor from HiPNUC targets developers building production or prototype robotic systems. HiPNUC EVAL-HI04S Sensor specifications include Measurement Range (°/s) of ±15.625 to ±4000 (Typical: ±2000), Resolution (bit) of 16~20, and Scale Factor (ppm) of 250~400 (pre-SMT); 1390~2225 (post-SMT, Typ: RMS). Projects standardize on HiPNUC EVAL-HI04S Sensor when sensor accuracy and supportability matter

HiPNUC EVAL-HI05N Sensor

HiPNUC EVAL-HI05N Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC EVAL-HI05N Sensor specifications include Range of ±2000 °/s, Resolution of 20 bit, and Scale Factor (pre-SMT) of 400 ppm (Typ, RMS). Integrators specify HiPNUC EVAL-HI05N Sensor when they need repeatable sensor performance in deployed systems

HiPNUC EVAL-HI05R Sensor

HiPNUC EVAL-HI05R Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC EVAL-HI05R Sensor specifications include Range of ±2000 °/s, Resolution of 20 bit, and Scale Factor (pre-SMT) of 400 ppm (Typ, RMS). HiPNUC EVAL-HI05R Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC EVAL-HI06N Sensor

HiPNUC offers the HiPNUC EVAL-HI06N Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC EVAL-HI06N Sensor specifications include Measurement Range of ±2000 °/s (Typ), ±15.625 ~ ±4000 °/s, Resolution of 16 ~ 20 bit, and Scale Factor (Before 100°/s SMT) of 250 ppm (Typ, RMS). HiPNUC EVAL-HI06N Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC EVAL-HI06T Sensor

The HiPNUC EVAL-HI06T Sensor sensor from HiPNUC targets developers building production or prototype robotic systems. HiPNUC EVAL-HI06T Sensor specifications include Measurement Range of ±2000 °/s (Typ), ±15.625 ~ ±4000 °/s, Resolution of 16 ~ 20 bit, and Scale Factor (Before 100°/s SMT) of 250 ppm (Typ, RMS). Projects standardize on HiPNUC EVAL-HI06T Sensor when sensor accuracy and supportability matter

HiPNUC HI02 Sensor

IMU/AHRS/GNSS/INS solutions for attitude detection, positioning and navigation, condition monitoring, and motion capture. HiPNUC - IMU, AHRS, GNSS | attitude sensing | positioning and navigation | condition monitoring | 3D motion sensing.

HiPNUC HI04M Sensor

HiPNUC HI04M Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI04M Sensor specifications include Measurement Range (°/s) of ±125 to ±2000 (Typical: ±2000), Resolution (bit) of 16, and Scale Factor (ppm) of 250 (pre-SMT); 1390~2225 (post-SMT, Typ: RMS). HiPNUC HI04M Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI04S Sensor

HiPNUC HI04S Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC HI04S Sensor specifications include Measurement Range (°/s) of ±15.625 to ±4000 (Typical: ±2000), Resolution (bit) of 16~20, and Scale Factor (ppm) of 250~400 (pre-SMT); 1390~2225 (post-SMT, Typ: RMS). Integrators specify HiPNUC HI04S Sensor when they need repeatable sensor performance in deployed systems

HiPNUC HI05N Sensor

HiPNUC HI05N Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI05N Sensor specifications include Range of ±2000 °/s, Resolution of 20 bit, and Scale Factor (pre-SMT) of 400 ppm (Typ, RMS). HiPNUC HI05N Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI05R Sensor

HiPNUC offers the HiPNUC HI05R Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC HI05R Sensor specifications include Range of ±2000 °/s, Resolution of 20 bit, and Scale Factor (pre-SMT) of 400 ppm (Typ, RMS). HiPNUC HI05R Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC HI06N Sensor

HiPNUC offers the HiPNUC HI06N Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC HI06N Sensor specifications include Measurement Range of ±2000 °/s (Typ), ±15.625 ~ ±4000 °/s, Resolution of 16 ~ 20 bit, and Scale Factor (Before 100°/s SMT) of 250 ppm (Typ, RMS). HiPNUC HI06N Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC HI06T Sensor

HiPNUC HI06T Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI06T Sensor specifications include Measurement Range of ±2000 °/s (Typ), ±15.625 ~ ±4000 °/s, Resolution of 16 ~ 20 bit, and Scale Factor (Before 100°/s SMT) of 250 ppm (Typ, RMS). HiPNUC HI06T Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI12H Sensor

HiPNUC HI12H Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI12H Sensor specifications include Measurement Range of X/Y: same as HI12M0 (±250 to ±2000 °/s); Z: ±400 °/s (Default: ±400 °/s), Resolution of 16 bit, and Angular Resolution (RMS @ 100 °/s rotation) of <600 ppm (Typical: 850 ppm). HiPNUC HI12H Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI12M Sensor

HiPNUC HI12M Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC HI12M Sensor specifications include Measurement Range of ±250 / ±500 / ±1000 / ±2000 °/s (Default: ±2000 °/s), Resolution of 16 bit, and Angular Resolution (RMS @ 100 °/s rotation) of <600 ppm (Typical: 850 ppm). Integrators specify HiPNUC HI12M Sensor when they need repeatable sensor performance in deployed systems

HiPNUC HI12S Sensor

HiPNUC HI12S Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI12S Sensor specifications include Measurement Range of ±250 / ±500 / ±1000 / ±2000 / ±4000 °/s (Default: ±2000 °/s), Resolution of 16 bit (Typical: 20 bit), and Angular Resolution (RMS @ 100 °/s rotation) of <600 ppm (Typical: 1200 ppm). HiPNUC HI12S Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI13M Sensor

HiPNUC HI13M Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC HI13M Sensor specifications include Measurement Range of ±250°/s, ±500°/s, ±1000°/s, ±2000°/s (Default: ±2000°/s), Resolution of 16 bit, and Scale Factor Error of <600 ppm (Typical: 850 ppm, RMS, Condition: 100°/s Rotation). Integrators specify HiPNUC HI13M Sensor when they need repeatable sensor performance in deployed systems

HiPNUC HI13R Sensor

HiPNUC HI13R Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC HI13R Sensor specifications include Measurement Range of ±250°/s, ±500°/s, ±1000°/s, ±2000°/s (Default: ±2000°/s), Resolution of 16 bit, and Scale Factor Error of <600 ppm (Typical: 850 ppm, RMS, Condition: 100°/s Rotation). Integrators specify HiPNUC HI13R Sensor when they need repeatable sensor performance in deployed systems

HiPNUC HI13S Sensor

HiPNUC offers the HiPNUC HI13S Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC HI13S Sensor specifications include Measurement Range of ±250°/s, ±500°/s, ±1000°/s, ±2000°/s, ±4000°/s (Default: ±2000°/s), Resolution of 16 bit (Typical: 20 bit), and Scale Factor Error of <600 ppm (Typical: 1200 ppm, RMS, Condition: 100°/s Rotation). HiPNUC HI13S Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC HI14M Sensor

HiPNUC HI14M Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC HI14M Sensor specifications include Full-Scale Range of ±250°/s, ±500°/s, ±1000°/s, ±2000°/s (Default: ±2000°/s), Resolution of 16 bit, and Scale Factor Error of <600 ppm / 850 ppm. Integrators specify HiPNUC HI14M Sensor when they need repeatable sensor performance in deployed systems

HiPNUC HI14R Sensor

HiPNUC offers the HiPNUC HI14R Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC HI14R Sensor specifications include Gyroscope Measurement Range of ±250 / ±500 / ±1000 / ±2000 °/s (Default: ±2000 °/s), Gyroscope Resolution of 16 bit, and Gyroscope Scale Factor Error of HI14‑R2/R3: Typ ＜600 ppm, Max 850 ppm HI14‑R5: Typ ＜400 ppm, Max 600 ppm (RMS, @100 °/s). HiPNUC HI14R Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC HI14S Sensor

HiPNUC HI14S Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI14S Sensor specifications include Gyroscope Measurement Range of ±250 / ±500 / ±1000 / ±2000 / ±4000 °/s (Default: ±2000 °/s), Gyroscope Resolution of 16～20 bit, and Gyroscope Scale Factor Error of HI14‑S2/S3: Typ ＜600 ppm, Max 1200 ppm HI14‑S5: Typ ＜400 ppm, Max 600 ppm (RMS, @100 °/s). HiPNUC HI14S Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI32 Sensor

IMU/AHRS/GNSS/INS solutions for attitude detection, positioning and navigation, condition monitoring, and motion capture. The HI32 series provides precise velocity, position, and attitude information with an operating temperature range of -40°C to +85°C, ideal for demanding outdoor applications. Note1: Example model: HI32R7N-MI0-000. Note2: J30 connector requires customization. Note3: MI2 interface with data sync pin requires customization.

HiPNUC HI50M Sensor

HiPNUC HI50M Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI50M Sensor specifications include Input Voltage of 7 - 48 V, Power Consumption of ≤ 300 mW, and Operating Temperature of -40 ℃ ~ 85 ℃. HiPNUC HI50M Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI50R Sensor

HiPNUC HI50R Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI50R Sensor specifications include Input Voltage of 7 - 48 V, Power Consumption of ≤ 400 mW, and Operating Temperature of -40 ℃ ~ 85 ℃. HiPNUC HI50R Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI70 Sensor

IMU/AHRS/GNSS/INS solutions for attitude detection, positioning and navigation, condition monitoring, and motion capture. The HI70 series uses tactical-grade MEMS IMU and magnetometer components with proprietary adaptive extended Kalman filtering, dynamic IMU noise analysis, and carrier motion state analysis for high-dynamic attitude accuracy and reduced heading drift. Note1: Example model: HI70T3-MI0-000. Note2: Magnetic magnetometer option.

HiPNUC HI71M Sensor

HiPNUC offers the HiPNUC HI71M Sensor, a sensor suited to demanding robotics and automation workloads. HiPNUC HI71M Sensor specifications include Measurement Range of 20 Gauss, Noise of 450 nT, and Linearity of 20 μT. HiPNUC HI71M Sensor gives engineers a practical sensor option for lab validation and field rollout

HiPNUC HI71N Sensor

HiPNUC HI71N Sensor is a sensor built by HiPNUC for integration into automated systems and research platforms. HiPNUC HI71N Sensor specifications include Measurement Range of 20 Gauss, Noise of 450 nT, and Linearity of 20 μT. HiPNUC HI71N Sensor helps robotics teams reduce integration risk with documented sensor parameters

HiPNUC HI71T Sensor

HiPNUC HI71T Sensor from HiPNUC is a sensor designed for robotics teams that need dependable hardware. HiPNUC HI71T Sensor specifications include Measurement Range of 20 Gauss, Noise of 450 nT, and Linearity of 20 μT. Integrators specify HiPNUC HI71T Sensor when they need repeatable sensor performance in deployed systems

HiTBot EFG-R Rotary Electric Gripper

The HiTBot EFG-R Rotary Electric Gripper end effector from HiTBot targets developers building production or prototype robotic systems. HiTBot EFG-R Rotary Electric Gripper specifications include stroke_mm of 40, rotation_deg of 360, and force_n_max of 40. Projects standardize on HiTBot EFG-R Rotary Electric Gripper when end effector accuracy and supportability matter

HiTBot Z-Arm 2442 SCARA Cobot

HiTBot Z-Arm 2442 SCARA Cobot from HiTBot is a end effector designed for robotics teams that need dependable hardware. HiTBot Z-Arm 2442 SCARA Cobot specifications include axes of 4, weight_kg of 19, and payload_kg_max of 3. Integrators specify HiTBot Z-Arm 2442 SCARA Cobot when they need repeatable end effector performance in deployed systems

HiTBot Z-EFG-100 Electric Gripper

HiTBot offers the HiTBot Z-EFG-100 Electric Gripper, a end effector suited to demanding robotics and automation workloads. HiTBot Z-EFG-100 Electric Gripper specifications include stroke_mm of 90, force_n_min of 35, and force_n_max of 60. HiTBot Z-EFG-100 Electric Gripper gives engineers a practical end effector option for lab validation and field rollout

HiTBot Z-EFG-20 Mini Electric Gripper

HiTBot offers the HiTBot Z-EFG-20 Mini Electric Gripper, a end effector suited to demanding robotics and automation workloads. HITBOT robotic electric gripper has integrated servo motor and controller, its clamping force is 30N-100N adjustable, effective stroke is 20mm. HITBOT robotic electric gripper has integrated servo motor and controller, its clamping force is 30N-100N adjustable, effective stroke is 20mm

Huaray A5501 GigE Industrial Camera

Huaray A5501 GigE Industrial Camera is a camera built by Huaray (Dahua) for integration into automated systems and research platforms. Huaray A5501 GigE Industrial Camera specifications include interface of GigE, cache_mb of 256, and max_run_m of 100. Huaray A5501 GigE Industrial Camera helps robotics teams reduce integration risk with documented camera parameters

ABC BOX only

ABC Box is a bimanual manipulation system built for the open-source ABC behavior-cloning stack. It provides ABC-aligned arm geometry, camera mounting, onboard compute, an integrated touch display, and configuration files for training and inference. The platform supports GELLO-compatible or YAM-leader teleoperation and simulation-to-real workflows using the released ABC MuJoCo models.

ABC BOX with YAM Pro

ABC BOX with YAM

ABC BOX with YAM Ultra

ABC Research Kit Pro

The ABC Research Kit is a bimanual manipulation platform designed for the open-source ABC behavior-cloning stack. Its arm geometry and camera mounting follow the ABC reference configuration for dataset collection, policy evaluation, and simulation-to-real workflows. The system supports GELLO-compatible teleoperation and YAM leader arms, with onboard compute and three-camera mounting positions.

ABC Research Kit

ABC Research Kit Ultra

i2rt BIG YAM 6-DOF Robot Arm

Gripper Throw: 95 mm Nominal Payload: 4 kg Max. workspace range: 1100 mm Precision Meets Power in a Compact FormOur patent-pending gripper delivers an impressive 95 mm throw while maintaining a compact footprint—minimizing workspace intrusion and maximizing manipulation efficiency across a

i2rt Big Yam Follower

i2rt Big Yam Follower from i2rt for robotics research, teleoperation, and deployment. Available through Robotics Center.

i2rt Big Yam Leader

i2rt Big Yam Leader from i2rt for robotics research, teleoperation, and deployment. Available through Robotics Center.

i2rt Crank Shaft Gripper

Crank-shaft style parallel-jaw gripper with 95 mm stroke - the 'Crank 4310' gripper from the i2rt YAM GitHub repo. Same compact form factor and precision as the Linear 4310, with crank-shaft kinematics.

i2rt FlexPoint Adaptive Gripper

The i2rt FlexPoint Adaptive Gripper end effector from i2rt targets developers building production or prototype robotic systems. FlexPoint Adaptive Gripper by i2RT Robotics FlexPoint is a next-generation adaptive gripper tip designed for robust grasping and high-precision manipulation. FlexPoint is fully compatible with the entire YAM arm family, enabling seamless integration across all platforms without mechanical or software modifications

i2rt FLOW Holonomic Mobile Base

Inspired by the open-source TidyBot++ design. Experience unmatched agility and precision with FLOW - a mobile base designed for advanced robotic applications. The base is fully holonomic leveraging a powered caster design. Built with a robust frame and precision control systems, it supports high payload capacities up to 80 kg while maintaining stability and responsiveness.Product Specification Battery is not included due to shipping requirement. You can purchase standard batteries off of Amazon based on instruction manual.

i2rt Gripper Tips - Crank Shaft

i2rt Gripper Tips - Crank Shaft (Crank 4310) is a component & accessory built by i2rt for integration into automated systems and research platforms. This is the "Crank 4310" gripper in Github Readme. Replacement for gripper tips on crank 4310 style gripper constructed with nylon plastic with rubber gripping surface This is the "Crank 4310" gripper in Github Readme

i2rt Gripper Tips - Linear Gear

i2rt offers the i2rt Gripper Tips - Linear Gear (Linear 4310), a component & accessory suited to demanding robotics and automation workloads. This is the "Linear 4310" gripper in Github Readme. Replacement for gripper tips on Linear 4310 style gripper constructed with nylon plastic with rubber gripping surface This is the "Linear 4310" gripper in Github Readme

i2rt Linear Gear Gripper

This is the "Linear 4310" gripper in Github Readme. Key features include: Extended Stroke Capacity – 95 mm of throw provides flexibility for diverse handling requirements. High Precision Motion – Ensures accurate, repeatable positioning for demanding applications. Compact, Lightweight Design – Optimized for integration on robotic arms without sacrificing payload capacity. Durable Build – Engineered with robust materials to withstand continuous operation in industrial environments. Flexible Control Options – Compatible with common robotic controllers and adaptable for both research and production use.

i2RT MF118 USB Camera

The i2RT MF118 is a compact USB 3.0 global-shutter camera for machine vision, visual feedback, and embodied-AI data collection. Its non-fisheye 118° diagonal field of view preserves straight-line geometry for overhead workcell views, while UVC support enables driver-free use on Windows, Linux, macOS, and Android.

i2rt MF150

i2rt MF150 USB Camera from i2rt is a sensor designed for robotics teams that need dependable hardware. The i2RT MF118 USB Camera is a high-performance USB 3. 0 camera module purpose-built for demanding machine vision applications — and it's a natural fit for the YAM robotic arm

i2rt USB-to-CAN Converter

i2rt USB-to-CAN Converter is a component & accessory built by i2rt for integration into automated systems and research platforms. USB-to-CAN Converter - this is how YAM talks to your computer! USB-to-CAN Converter - this is how YAM talks to your computer!

i2rt YAM 6-DOF Robot Arm

Gripper Throw: 95 mm Nominal Payload: 2 kg Max. workspace range: 750 mm Arm weight (including gripper): 4.68 kg Precision Meets Power in a Compact FormOur patent-pending gripper delivers an impressive 95 mm throw while maintaining a compact footprint—minimizing workspace intrusion

YAM 7

YAM 7 is a 7-DOF robotic arm for research, manipulation, and embodied-AI data collection. It combines fully enclosed cable routing, integrated i2RT actuators, cross-roller bearings, a CNC-machined 6061 aluminum structure, a 4 kg nominal payload, a 792 mm workspace range, and an included 95 mm linear gripper. Choose a single arm or a two-arm set with an adjustable mounting stand and chest.

i2rt YAM Arm Follower

i2rt YAM Arm Follower from i2rt for robotics research, teleoperation, and deployment. Available through Robotics Center.

YAM Box with YAM

YAM Box is a portable, self-contained deployment platform for robotic manipulation, field data collection, demonstrations, and research. It combines 110–240 V input, an integrated touch display, adjustable arm-mounting rails, suction-cup mounting, and optional heavy-duty clamps. Optional Intel RealSense mounts support repeatable vision-system setup.

i2rt YAM Leader - Teleoperation Arm

i2rt offers the i2rt YAM Leader (Teleoperation Arm), a robotic arm suited to demanding robotics and automation workloads. Bilateral Force Feedback feel and respond to real-time forces from the follower arm’s environment. Natural Motion Controlcaptures human arm movements with high fidelity for intuitive teleoperation. The i2rt YAM Leader (Teleoperation Arm) supports practical deployment in robotics projects

i2rt YAM Pro 6-DOF Robot Arm

Gripper Throw: 95 mm Nominal Payload: 3 kg Max. workspace range: 750 mm Arm weight (including gripper): 4.76 kg Precision Meets Power in a Compact FormOur patent-pending gripper delivers an impressive 95 mm throw while maintaining a compact footprint—minimizing workspace intrusion and maxim

YAM Ultra 2

YAM Ultra 2 is an updated 6-DOF robotic arm with a 4 kg nominal payload, 750 mm maximum workspace range, and included 95 mm linear gripper. Its upgraded J4 actuator supports dexterous-hand end effectors and improves load capacity and operating stability. The package includes the arm, power supply, CAN-to-USB cable, and table clamps.

i2rt YAM Ultra 6-DOF Robot Arm

Gripper Throw: 95 mm Nominal Payload: 4 kg Max. workspace range: 750 mm Arm weight (including gripper): 4.76 kg Precision Meets Power in a Compact FormOur patent-pending gripper delivers an impressive 95 mm throw while maintaining a compact footprint—minimizing workspace intrusion and max

Inspire RH56BFX Dexterous Hand

The Dexterous Hands series RH56BFX, known as ”the pianists“, have the characteristics of fast speed, slightly less gripping force, and integrated force sensor. It is suitable for piano playing and gesture interaction. ROS is supported, and ROS plug-ins are available.

Inspire RH56DFX Dexterous Hand

The Dexterous Hands RH56DFX series have the characteristics of moderate speed large grip force and integrated force sensor. It is suitable for grasping operations of robots and prosthetics. ROS is supported, and ROS plug-ins are available.

Inspire RH56E2

Inspire RH56F1

RealSense D405

Intel RealSense D405 short-range depth camera designed for robot manipulation and bin-picking. 0.07–0.5m range, 848×480 at 90fps, global shutter. Global shutter on both depth and RGB. Ideal for robot wrists and end-effector-mounted vision.

RealSense D435i

Intel RealSense D435i depth camera with IMU. 848×480 depth at 90fps, 6m range, 87°×58° FOV. Global shutter depth sensor, built-in IMU (accelerometer + gyroscope). USB-C. Ideal for robotics, 3D scanning, and SLAM. Includes SDK 2.0.

RealSense D455

Intel RealSense D455 long-range depth camera. 848×480 depth at 90fps, 0.6–6m range, wider 87°×58° FOV, IMU included. Larger baseline (95mm) for improved depth accuracy at distance. Ideal for humanoid robots and autonomous systems.

RealSense D457 GMSL

Industrial GMSL/FAKRA depth camera built on D455 architecture. IP65-rated for harsh environments, 87 deg x 58 deg FOV, global shutter, integrated IMU. GMSL serializer supports cable runs up to 15 m, ideal for vehicle / AMR integration.

RealSense L515

Solid-state LiDAR depth camera optimized for indoor scenarios up to 9 m. 1024x768 depth at 30 fps with 1920x1080 RGB. NOTE: discontinued by Intel in 2021 but still widely used; SVRC sources from reseller channel.

iRobot Create 3

Educational mobile robot platform built on the Roomba chassis. 4.68 kg, programmable via ROS 2, Python 3, or Robot Coding App. Wi-Fi, USB Ethernet, and BLE connectivity. Features bump sensors, IR cliff/obstacle sensors, optical flow odometry, IMU, and removable top plate for custom sensor mounting (LiDAR, cameras, etc.).

JAKA MiniCobo

JAKA MiniCobo is a robotic arm built by JAKA Robotics for integration into automated systems and research platforms. JAKA MiniCobo specifications include Payload of 5 kg, Reach of 340 mm, and Degrees of Freedom of 6. JAKA MiniCobo helps robotics teams reduce integration risk with documented robotic arm parameters

JAKA Zu 3

JAKA Robotics offers the JAKA Zu 3, a robotic arm suited to demanding robotics and automation workloads. JAKA Zu 3 specifications include Payload of 3 kg, Reach of 626 mm, and Repeatability of ±0.02 mm. JAKA Zu 3 gives engineers a practical robotic arm option for lab validation and field rollout

JAKA Zu 7

JAKA Robotics offers the JAKA Zu 7, a robotic arm suited to demanding robotics and automation workloads. JAKA Zu 7 specifications include Payload of 7 kg, Reach of 819 mm, and Repeatability of ±0.02 mm. JAKA Zu 7 gives engineers a practical robotic arm option for lab validation and field rollout

JODELL 5-Finger Dexterous Hand

JODELL 5-Finger Dexterous Hand is a end effector built by JODELL for integration into automated systems and research platforms. JODELL 5-Finger Dexterous Hand specifications include Product of 5-Finger Dexterous Hand, Degrees of Freedom of 16, and Response Time of 10ms. JODELL 5-Finger Dexterous Hand helps robotics teams reduce integration risk with documented end effector parameters

JODELL ELS Electric Linear Slide

The JODELL ELS Electric Linear Slide end effector from JODELL targets developers building production or prototype robotic systems. JODELL ELS Electric Linear Slide specifications include Series of ELS (Electric Linear Slide), Travel Range of 30mm / 50mm / 75mm / 150mm, and Position Repeatability of ±0.02mm (standard) / ±0.004mm (ELS-HP series). Projects standardize on JODELL ELS Electric Linear Slide when end effector accuracy and supportability matter

JODELL EPG Electric Parallel Gripper

JODELL EPG Electric Parallel Gripper is a end effector built by JODELL for integration into automated systems and research platforms. JODELL EPG Electric Parallel Gripper specifications include Series of EPG (Electric Parallel Gripper), Stroke Range of 0–26mm (EPG26) / 0–40mm (EPG40) / 0–50mm (EPG50), and Gripping Force of 2–6N up to 40–100N (single finger, at full speed). JODELL EPG Electric Parallel Gripper helps robotics teams reduce integration risk with documented end effector parameters

JODELL EPG-HP

The JODELL EPG-HP High Precision Parallel Gripper end effector from JODELL targets developers building production or prototype robotic systems. JODELL EPG-HP High Precision Parallel Gripper specifications include Series of EPG-HP (High Precision Electric Parallel Gripper), Stroke Range of 0–26mm (HP26) / 0–50mm (HP50) / 0–60mm (HP60), and Gripping Force of 5–50N (single finger, at full speed). Projects standardize on JODELL EPG-HP High Precision Parallel Gripper when end effector accuracy and supportability matter

JODELL EPG-L

JODELL offers the JODELL EPG-L Industrial Parallel Gripper, a end effector suited to demanding robotics and automation workloads. JODELL EPG-L Industrial Parallel Gripper specifications include Series of EPG-L (Industrial Electric Parallel Gripper), Stroke Range of 0–42mm (L42) / 0–80mm (L80) / 0–180mm (L180), and Gripping Force of 50N (L42-050) up to 100–800N (L180-800). JODELL EPG-L Industrial Parallel Gripper gives engineers a practical end effector option for lab validation and field rollout

JODELL EPG-T

The JODELL EPG-T Ultra-thin Parallel Gripper end effector from JODELL targets developers building production or prototype robotic systems. JODELL EPG-T Ultra-thin Parallel Gripper specifications include Series of EPG-T (Ultra-thin Electric Parallel Gripper), Stroke Range of 0–60mm / 0–100mm / 0–180mm / 0–220mm / 0–250mm, and Gripping Force of 800N (single finger) — all models. Projects standardize on JODELL EPG-T Ultra-thin Parallel Gripper when end effector accuracy and supportability matter

JODELL ERG Electric Rotary Gripper

JODELL offers the JODELL ERG Electric Rotary Gripper, a end effector suited to demanding robotics and automation workloads. JODELL ERG Electric Rotary Gripper specifications include Series of ERG (Electric Rotary Gripper), Models of ERG08-023 / ERG08-030 / ERG32-150 / ERG32-150T, and Stroke Range of 0–8mm (ERG08) / 0–32mm (ERG32). JODELL ERG Electric Rotary Gripper gives engineers a practical end effector option for lab validation and field rollout

JODELL ERG-HP

JODELL ERG-HP High Precision Rotary Gripper is a end effector built by JODELL for integration into automated systems and research platforms. JODELL ERG-HP High Precision Rotary Gripper specifications include Series of ERG-HP (High Precision Electric Rotary Gripper), Models of ERG-HP16-023 / ERG-HP20-023, and Stroke Range of 0–16mm (HP16) / 0–20mm (HP20). JODELL ERG-HP High Precision Rotary Gripper helps robotics teams reduce integration risk with documented end effector parameters

JODELL ERS Rotary Vacuum Actuator

Compact rotary vacuum actuator combining suction and rotation in a single unit. No external air supply required. Digital control, 60% vacuum, 1kg max load, 2.5L/min max flow, and vacuum break function.

JODELL EVS Electric Vacuum Actuator

Self-contained electric vacuum actuator requiring no external air supply. Built-in pump with drop detection, grasp feedback, and vacuum break function. 1–8kg max load, 60–70% vacuum. Two models: EVS01 and EVS08.

JODELL LA Voice Coil Linear Actuator

JODELL LA Voice Coil Linear Actuator from JODELL is a end effector designed for robotics teams that need dependable hardware. JODELL LA Voice Coil Linear Actuator specifications include Series of LA (Voice Coil Linear Actuator), Models of LA10-35V / LA15-50V / LA25-20 / LA-HP10-35V, and Stroke of 10mm (LA10) / 15mm (LA15) / 25mm (LA25). Integrators specify JODELL LA Voice Coil Linear Actuator when they need repeatable end effector performance in deployed systems

JODELL LEIS

JODELL LEIS is a wireless lithium-battery parallel gripper for battery-cell and electronics arrays. EPG22-300 and EPG30-200 offer 22–30mm stroke, up to 300N grip, 4kg payload, pitch adjustment, and drop detection.

JODELL LRA Linear Rotary Actuator

JODELL LRA Linear Rotary Actuator is a end effector built by JODELL for integration into automated systems and research platforms. JODELL LRA Linear Rotary Actuator specifications include Series of LRA (Linear Rotary Actuator), Stroke Range of 15–60mm, and Continuous Thrust of 6N / 10N / 12N / 27.5N depending on model. JODELL LRA Linear Rotary Actuator helps robotics teams reduce integration risk with documented end effector parameters

JODELL RG Robot Electric Gripper

JODELL RG Robot Electric Gripper from JODELL is a end effector designed for robotics teams that need dependable hardware. JODELL RG Robot Electric Gripper specifications include Series of RG (Robot Electric Gripper), Models of RG52-050 / RG75-300, and Stroke Range of 0–52mm (RG52) / 0–75mm (RG75). Integrators specify JODELL RG Robot Electric Gripper when they need repeatable end effector performance in deployed systems

JODELL WEPG Weighing Gripper

JODELL WEPG Weighing Gripper is a end effector built by JODELL for integration into automated systems and research platforms. JODELL WEPG Weighing Gripper specifications include Series of WEPG (Weighing Electric Parallel Gripper), Models of WEPG03 / WEPG05 / WEPG-T-15, and Compatible Base Gripper of EPG30-150 (WEPG03) / EPG60-300 (WEPG05) / EPG-T180-800 (WEPG-T-15). JODELL WEPG Weighing Gripper helps robotics teams reduce integration risk with documented end effector parameters

Joycon Robotics Controller

Joycon Robotics Controller (LeRobot) is a component & accessory built by Box2AI for integration into automated systems and research platforms. Joycon Robotics Controller (LeRobot) specifications include Control & Compatibility of • Seamless simulation-reality transition via lerobot-kinematics • Direct control script: lerobot_joycon_gpos_real.py • Mujoco visualization environment support • Dual operation modes (Joycon/Keyboard), Motion Precision of • XYZ linear control: ±0.5mm accuracy • Roll/Pitch adjustment: ±1° precision • 6-axis end effector positioning • D-pad micro-adjustment capability, and Human-Machine Interface of • Ergonomic Joy-Con design • Haptic feedback system: - Connection success confirmation - Error vibration alerts - Operation confirmation pulses • One-touch homing (Home/O button) • Gripper state memory (ZL/ZR triggers). Joycon Robotics Controller (LeRobot) helps robotics teams reduce integration risk with documented component & accessory parameters

Juqiao Glove

Juqiao Glove from Juqiao for robotics research, teleoperation, and deployment. Available through Robotics Center.

JUXIE INTELLIGENT CE-HM-R102

JUXIE INTELLIGENT offers the JUXIE INTELLIGENT CE-HM-R102 Series Motor, a actuator & motor suited to demanding robotics and automation workloads. JUXIE INTELLIGENT CE-HM-R102 Series Motor specifications include Configuration of 51:1, Output Speed(RPM) of 60, and Rated Torque(Nm) of 46. JUXIE INTELLIGENT CE-HM-R102 Series Motor gives engineers a practical actuator & motor option for lab validation and field rollout

JUXIE INTELLIGENT CE-HM-R120

JUXIE INTELLIGENT offers the JUXIE INTELLIGENT CE-HM-R120 Series Motor, a actuator & motor suited to demanding robotics and automation workloads. JUXIE INTELLIGENT CE-HM-R120 Series Motor specifications include Configuration of 51:1, Output Speed(RPM) of 49, and Rated Torque(Nm) of 66. JUXIE INTELLIGENT CE-HM-R120 Series Motor gives engineers a practical actuator & motor option for lab validation and field rollout

JUXIE INTELLIGENT CE-HM-R48

JUXIE INTELLIGENT offers the JUXIE INTELLIGENT CE-HM-R48 Series Motor, a actuator & motor suited to demanding robotics and automation workloads. JUXIE INTELLIGENT CE-HM-R48 Series Motor specifications include Configuration of 51:1, Output Speed(RPM) of 60, and Rated Torque(Nm) of 3.3. JUXIE INTELLIGENT CE-HM-R48 Series Motor gives engineers a practical actuator & motor option for lab validation and field rollout

JUXIE INTELLIGENT CE-HM-R58

The JUXIE INTELLIGENT CE-HM-R58 Series Motor actuator & motor from JUXIE INTELLIGENT targets developers building production or prototype robotic systems. JUXIE INTELLIGENT CE-HM-R58 Series Motor specifications include Configuration of 51:1, Output Speed(RPM) of 60, and Rated Torque(Nm) of 10. Projects standardize on JUXIE INTELLIGENT CE-HM-R58 Series Motor when actuator & motor accuracy and supportability matter

JUXIE INTELLIGENT CE-HM-R68

JUXIE INTELLIGENT CE-HM-R68 Series Motor is a actuator & motor built by JUXIE INTELLIGENT for integration into automated systems and research platforms. JUXIE INTELLIGENT CE-HM-R68 Series Motor specifications include Configuration of 51:1, Output Speed(RPM) of 60, and Rated Torque(Nm) of 17. JUXIE INTELLIGENT CE-HM-R68 Series Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

JUXIE INTELLIGENT CE-HM-R83

The JUXIE INTELLIGENT CE-HM-R83 Series Motor actuator & motor from JUXIE INTELLIGENT targets developers building production or prototype robotic systems. JUXIE INTELLIGENT CE-HM-R83 Series Motor specifications include Configuration of 51:1, Output Speed(RPM) of 60, and Rated Torque(Nm) of 27. Projects standardize on JUXIE INTELLIGENT CE-HM-R83 Series Motor when actuator & motor accuracy and supportability matter

Kassow KR1205

7-DOF cobot with 1200 mm reach and 5 kg payload. 25 kg weight, 225°/s joint speed, ±0.1 mm repeatability. IP54, 130 x 130 mm footprint. ROS/ROS2 and Profinet interfaces. Built-in force-torque sensors for safe collaboration.

Kassow KR1805

Extended-reach 7-DOF cobot with 1800 mm reach and 5 kg payload. 38 kg weight, 225°/s all-axis speed, 160 x 160 mm footprint. Ideal for applications requiring long reach in confined spaces. ROS/ROS2 and Profinet support. Built-in force-torque safety sensors.

Kassow KR810

7-DOF collaborative robot with enhanced flexibility from the extra axis. 10 kg payload, 850 mm reach, 24 kg weight. ±0.1 mm repeatability, 225°/s joint speed. IP54 rated, anodized aluminum body. 130 x 130 mm footprint. Built-in force-torque sensors for impact detection. Ideal for machine tending and confined spaces.

Kinova Gen3 7DOF

Kinova Gen3 7DOF is a robotic arm built by Kinova for integration into automated systems and research platforms. Lightweight and modular robot. Designed for advanced research and automation, Gen3 allow precise manipulation with 6 or 7 axis, ROS compatibility and more! The Kinova Gen3 7DOF supports practical deployment in robotics projects

Kinova Gen3 Lite

The Kinova Gen3 Lite robotic arm from Kinova targets developers building production or prototype robotic systems. Affordable and compact robotic arm. Gen3 lite is ideal for education and research with his modular design, 6 axis, ROS compatibility, and easy integration!

Leaderdrive KAH Motor

Leaderdrive KAH Motor from Leaderdrive is a actuator & motor designed for robotics teams that need dependable hardware. Leaderdrive KAH Motor specifications include Series of KAH-14, Mode of KAH-: 14A, and Reduction ratio of 1:51. Integrators specify Leaderdrive KAH Motor when they need repeatable actuator & motor performance in deployed systems

Leaderdrive KMF Motor

Leaderdrive KMF Motor from Leaderdrive is a actuator & motor designed for robotics teams that need dependable hardware. Leaderdrive KMF Motor specifications include Designed voltage of DC bus voltage 48VDC, Model KMF- of 060AL, and Rated power of W. Integrators specify Leaderdrive KMF Motor when they need repeatable actuator & motor performance in deployed systems

Leaderdrive LCD Strain Wave Gear

Leaderdrive offers the Leaderdrive LCD Strain Wave Gear, a actuator & motor suited to demanding robotics and automation workloads. Leaderdrive LCD Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LCD Strain Wave Gear gives engineers a practical actuator & motor option for lab validation and field rollout

Leaderdrive LCS-I Strain Wave Gear

The Leaderdrive LCS-I Strain Wave Gear actuator & motor from Leaderdrive targets developers building production or prototype robotic systems. Leaderdrive LCS-I Strain Wave Gear specifications include Item Model No of Reduction Ratio. Projects standardize on Leaderdrive LCS-I Strain Wave Gear when actuator & motor accuracy and supportability matter

Leaderdrive LCS-II Strain Wave Gear

Leaderdrive LCS-II Strain Wave Gear is a actuator & motor built by Leaderdrive for integration into automated systems and research platforms. Leaderdrive LCS-II Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LCS-II Strain Wave Gear helps robotics teams reduce integration risk with documented actuator & motor parameters

Leaderdrive LCSG-I Strain Wave Gear

The Leaderdrive LCSG-I Strain Wave Gear actuator & motor from Leaderdrive targets developers building production or prototype robotic systems. Leaderdrive LCSG-I Strain Wave Gear specifications include Item Model No of Reduction Ratio. Projects standardize on Leaderdrive LCSG-I Strain Wave Gear when actuator & motor accuracy and supportability matter

Leaderdrive LCSG-II Strain Wave Gear

Leaderdrive offers the Leaderdrive LCSG-II Strain Wave Gear, a actuator & motor suited to demanding robotics and automation workloads. Leaderdrive LCSG-II Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LCSG-II Strain Wave Gear gives engineers a practical actuator & motor option for lab validation and field rollout

Leaderdrive LHD-I Strain Wave Gear

The Leaderdrive LHD-I Strain Wave Gear actuator & motor from Leaderdrive targets developers building production or prototype robotic systems. Leaderdrive LHD-I Strain Wave Gear specifications include Item Model No of Reduction Ratio. Projects standardize on Leaderdrive LHD-I Strain Wave Gear when actuator & motor accuracy and supportability matter

Leaderdrive LHD-III Strain Wave Gear

Leaderdrive LHD-III Strain Wave Gear from Leaderdrive is a actuator & motor designed for robotics teams that need dependable hardware. Leaderdrive LHD-III Strain Wave Gear specifications include Item Model No of Reduction Ratio. Integrators specify Leaderdrive LHD-III Strain Wave Gear when they need repeatable actuator & motor performance in deployed systems

Leaderdrive LHS-CL-III Strain Wave Gear

The Leaderdrive LHS-CL-III Strain Wave Gear actuator & motor from Leaderdrive targets developers building production or prototype robotic systems. Leaderdrive LHS-CL-III Strain Wave Gear specifications include Item Model No of Reduction Ratio. Projects standardize on Leaderdrive LHS-CL-III Strain Wave Gear when actuator & motor accuracy and supportability matter

Leaderdrive LHS-I Strain Wave Gear

Leaderdrive LHS-I Strain Wave Gear is a actuator & motor built by Leaderdrive for integration into automated systems and research platforms. Leaderdrive LHS-I Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LHS-I Strain Wave Gear helps robotics teams reduce integration risk with documented actuator & motor parameters

Leaderdrive LHS-II Strain Wave Gear

Leaderdrive LHS-II Strain Wave Gear is a actuator & motor built by Leaderdrive for integration into automated systems and research platforms. Leaderdrive LHS-II Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LHS-II Strain Wave Gear helps robotics teams reduce integration risk with documented actuator & motor parameters

Leaderdrive LHS-III Strain Wave Gear

Leaderdrive offers the Leaderdrive LHS-III Strain Wave Gear, a actuator & motor suited to demanding robotics and automation workloads. Leaderdrive LHS-III Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LHS-III Strain Wave Gear gives engineers a practical actuator & motor option for lab validation and field rollout

Leaderdrive LHS-IV Strain Wave Gear

Leaderdrive LHS-IV Strain Wave Gear from Leaderdrive is a actuator & motor designed for robotics teams that need dependable hardware. Leaderdrive LHS-IV Strain Wave Gear specifications include Item Model No of Reduction Ratio. Integrators specify Leaderdrive LHS-IV Strain Wave Gear when they need repeatable actuator & motor performance in deployed systems

Leaderdrive LHSG-CL-III Strain Wave Gear

Leaderdrive LHSG-CL-III Strain Wave Gear from Leaderdrive is a actuator & motor designed for robotics teams that need dependable hardware. Leaderdrive LHSG-CL-III Strain Wave Gear specifications include Item Model No of Reduction Ratio. Integrators specify Leaderdrive LHSG-CL-III Strain Wave Gear when they need repeatable actuator & motor performance in deployed systems

Leaderdrive LHSG-I Strain Wave Gear

Leaderdrive offers the Leaderdrive LHSG-I Strain Wave Gear, a actuator & motor suited to demanding robotics and automation workloads. Leaderdrive LHSG-I Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LHSG-I Strain Wave Gear gives engineers a practical actuator & motor option for lab validation and field rollout

Leaderdrive LHSG-II Strain Wave Gear

Leaderdrive offers the Leaderdrive LHSG-II Strain Wave Gear, a actuator & motor suited to demanding robotics and automation workloads. Leaderdrive LHSG-II Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LHSG-II Strain Wave Gear gives engineers a practical actuator & motor option for lab validation and field rollout

Leaderdrive LHSG-III Strain Wave Gear

Leaderdrive LHSG-III Strain Wave Gear from Leaderdrive is a actuator & motor designed for robotics teams that need dependable hardware. Leaderdrive LHSG-III Strain Wave Gear specifications include Item Model No of Reduction Ratio. Integrators specify Leaderdrive LHSG-III Strain Wave Gear when they need repeatable actuator & motor performance in deployed systems

Leaderdrive LHSG-IV Strain Wave Gear

Leaderdrive offers the Leaderdrive LHSG-IV Strain Wave Gear, a actuator & motor suited to demanding robotics and automation workloads. Leaderdrive LHSG-IV Strain Wave Gear specifications include Item Model No of Reduction Ratio. Leaderdrive LHSG-IV Strain Wave Gear gives engineers a practical actuator & motor option for lab validation and field rollout

Leaderdrive YLHS Strain Wave Gear

The Leaderdrive YLHS Strain Wave Gear actuator & motor from Leaderdrive targets developers building production or prototype robotic systems. Leaderdrive YLHS Strain Wave Gear specifications include Model of YLHS-17-80, Rated Torque When Input 2000 /Min(N.m) of 20, and Allowable Maximum Torque At Start And Stop(N.m) of 40. Projects standardize on Leaderdrive YLHS Strain Wave Gear when actuator & motor accuracy and supportability matter

LEAP Hand v1 Assembly Kit

ROBOTIS is a global robot solutions provider and one of the leading manufacturers of robotic hardware. ROBOTIS is the exclusive producer of the DYNAMIXEL brand of all-in-one smart servos. We specialize in the manufacture of robotic hardware and full robot platforms for use in professional settings, all fields of study, and industry. ROBOTIS also produces educational robotics kits for all ages and skill levels. Our K-12 systematic pipeline allows students to go from play to pro practically by utilizing our core technology: DYNAMIXEL.

LEAP Hand v1 Bimanual Pair

LEAP Hand v2 Hybrid Rigid-Soft Hand

LEAP Hand v2 Hybrid Rigid-Soft Hand from LEAP Hand (CMU/Robotis) is a robotic hand designed for robotics teams that need dependable hardware. LEAP Hand: Dexterous, Low-cost Hybrid Rigid-Soft Hand for Robot Learning Dexterous, Low-cost Hybrid Rigid-Soft Hand for Robot Learning Demonstrating LEAP Hand v2: Low-Cost, Easy-to-Assemble, High-Performance Hand for Robot Learning Low-Cost, Easy-to-Assemble, High-Performance Hand for Robot Learning ShawDeepak PathakCarnegie Mellon UniversityRSS 2025 (Demo) The hybrid rigid-soft design provides both strength and durable compliance. The interior of the fingers have a strong rigid structure, while the soft joints are actuated via a single tendon

Leju KUAVO

Leju (Shenzhen) Robotics Technology Co., Ltd. is a high-tech enterprise dedicated to the research, development, manufacturing, and sales of high-end intelligent humanoid robots, pioneering a world of friendly coexistence between humans and robots. Leju brings together young talents in the field of artificial intelligence robotics, possesses fully independent intellectual property rights in hardware and control systems, and masters a series of advanced technologies from overall robot structure design and core component manufacturing to artificial intelligence algorithm development.

LimX Oli

LimX Oli is a 165 cm humanoid robot with 31 degrees of freedom, depth cameras, and multiple end effectors—a high-performance platform for research, manufacturing, and commercial applications. Separate compute chips for motion control and perception provide industry-leading compute for algorithm research.

LimX TRON1 Biped Robot

The LimX TRON1 Biped Robot humanoid robot from LimX Dynamics targets developers building production or prototype robotic systems. LimX TRON1 Biped Robot specifications include Model of TRON 1 Std. Ed., Dimensions of ≤ 392mm x 420mm x 845mm, and Material of Aluminum Alloy + Industrial Plastic. Projects standardize on LimX TRON1 Biped Robot when humanoid robot accuracy and supportability matter

Limx TRON2 Biped Robot

Limx TRON2 Biped Robot is a humanoid robot built by LimX Dynamics for integration into automated systems and research platforms. Limx TRON2 Biped Robot specifications include Model of TRON 2 Standard, Material of Aluminum alloy, plastic, and Degrees of single arm of 7. Limx TRON2 Biped Robot helps robotics teams reduce integration risk with documented humanoid robot parameters

Linker Hand Fingertip Sensor

Linker Hand fingertip tactile sensor accessory for LinkerBot dexterous hands.

LinkerBot Control

Linker Control from LinkerBot is a teleoperation & motion capture designed for robotics teams that need dependable hardware. RCSV is confirming full specifications with LinkerBot; reach out for lead time and configuration options

Linker Hand J42

LinkerBot offers the Linker Hand J42, a robotic hand suited to demanding robotics and automation workloads. The Linkerbot Linker Hand J42 (often listed as “Linker Hand J42”) is an industrial-grade dexterous robotic hand designed as an end effector for robots that require multi-finger grasping and manipulation. It is typically described as a 6-finger “claw” style hand intended for industrial environments and advanced manipulation tasks

Linker Hand L10

Linker Hand L10 from LinkerBot is a robotic hand designed for robotics teams that need dependable hardware. Linker Hand L10 specifications include Degrees of Freedom (DoF) of 10, Number of Joints of 20 (10 Active + 10 Passive), and Transmission Mode of Worm Gear Transmission. Integrators specify Linker Hand L10 when they need repeatable robotic hand performance in deployed systems

Linker Hand L20

LinkerBot offers the Linker Hand L20, a robotic hand suited to demanding robotics and automation workloads. Linker Hand L20 specifications include Degrees of Freedom (DoF) of 16, Number of Joints of 21 (16 Active + 5 Passive), and Transmission Mode of Connecting rod. Drive.. Linker Hand L20 gives engineers a practical robotic hand option for lab validation and field rollout

Linker Hand L30

LinkerBot offers the Linker Hand L30, a robotic hand suited to demanding robotics and automation workloads. Linker Hand L30 specifications include Degrees of Freedom (DoF) of 17, Number of Joints of 21 (17 Active + 4 Passive), and Transmission Mode of Tendon-Driven. Linker Hand L30 gives engineers a practical robotic hand option for lab validation and field rollout

LinkerBot O6Lite/Hand

LinkerBot focuses on developing high-performance robotic dexterous hands, offering intelligent dexterous hand solutions with high degrees of freedom, multiple sensors, and edge-cloud fusion.

LinkerBot O6 Dexterous Hand

6-DOF worm-gear dexterous hand at 370 g. 50 kg static load capacity, ±0.22 mm repeatability, 0.35 s response. Most cost-effective dexterous hand for high-payload tasks. | added via migration 2026-07 | src SupplierID=S00016

Livox Avia

Livox (DJI) offers the Livox Avia, a lidar suited to demanding robotics and automation workloads. Shop for Livox Avia on the official DJI Online Store. Find great deals and buy DJI products online with quick and convenient delivery!

Livox HAP

Livox HAP from Livox (DJI) is a lidar designed for robotics teams that need dependable hardware. RCSV is confirming full specifications with Livox (DJI); reach out for lead time and configuration options

Livox Mid-360

Livox (DJI) offers the Livox Mid-360, a lidar suited to demanding robotics and automation workloads. Livox Mid-360 specifications include Model of MID-360, Laser Wavelength of 905 nm, and Laser Safety of Class 1(IEC 60825-1:2014)(safe for eyes). Livox Mid-360 gives engineers a practical lidar option for lab validation and field rollout

LKMTECH MF12025-V2 Motor

LKMTECH MF12025-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MF12025-V2 Motor specifications include Item Name of MF12025v2, Turns of 20, and Rated Voltage of 24V. Integrators specify LKMTECH MF12025-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MF4005-V2 Motor

LKMTECH MF4005-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MF4005-V2 Motor specifications include ltem Name of MF4005-V2, Turns of 25, and Rated Voltage of 12V. Integrators specify LKMTECH MF4005-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MF4010-V2 Motor

LKMTECH MF4010-V2 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MF4010-V2 Motor specifications include Item Name of MF4010v2, Turns of 27, and Rated Voltage of 12V. LKMTECH MF4010-V2 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MF4015-V2 Motor

The LKMTECH MF4015-V2 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MF4015-V2 Motor specifications include Item Name of MF4015v2, Turns of 20, and Rated Voltage of 16V. Projects standardize on LKMTECH MF4015-V2 Motor when actuator & motor accuracy and supportability matter

LKMTECH MF5005-V2 Motor

LKMTECH offers the LKMTECH MF5005-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MF5005-V2 Motor specifications include Item Name of MF5005v2, Turns of 35, and Rated Voltage of 16V. LKMTECH MF5005-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MF5010-V2 Motor

The LKMTECH MF5010-V2 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MF5010-V2 Motor specifications include ltem Name of MF5010-V2, Turns of 10, and Rated Voltage of 16V. Projects standardize on LKMTECH MF5010-V2 Motor when actuator & motor accuracy and supportability matter

LKMTECH MF5015-V2 Motor

LKMTECH MF5015-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MF5015-V2 Motor specifications include ltem Name of MF5015-V2, Turns of 10, and Rated Voltage of 16V. Integrators specify LKMTECH MF5015-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MF6010-V2 Motor

LKMTECH offers the LKMTECH MF6010-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MF6010-V2 Motor specifications include Item Name of MF6010v2, Turns of 15, and Rated Voltage of 24V. LKMTECH MF6010-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MF6015-V2 Motor

LKMTECH MF6015-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MF6015-V2 Motor specifications include Item Name of MF6015v2, Turns of 15, and Rated Voltage of 24V. Integrators specify LKMTECH MF6015-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MF7010-V2 Motor

LKMTECH offers the LKMTECH MF7010-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MF7010-V2 Motor specifications include ltem Name of MF7010-V2, Turns of 23, and Rated Voltage of 24V. LKMTECH MF7010-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MF7015-V2 Motor

LKMTECH offers the LKMTECH MF7015-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MF7015-V2 Motor specifications include ltem Name of MF7015-V2, Turns of 10, and Rated Voltage of 24V. LKMTECH MF7015-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MF7025-V2 Motor

LKMTECH offers the LKMTECH MF7025-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MF7025-V2 Motor specifications include ltem Name of MF7025-V2, Turns of 10, and Rated Voltage of 24V. LKMTECH MF7025-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MF9010-V2 Motor

LKMTECH MF9010-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MF9010-V2 Motor specifications include Item Name of MF9010v2, Turns of 17, and Rated Voltage of 24V. Integrators specify LKMTECH MF9010-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MF9015-V2 Motor

LKMTECH offers the LKMTECH MF9015-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MF9015-V2 Motor specifications include Item Name of MF9015v2, Turns of 16, and Rated Voltage of 24V. LKMTECH MF9015-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MF9025-V2 Motor

LKMTECH MF9025-V2 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MF9025-V2 Motor specifications include Item Name of MF9025v2, Turns of 16, and Rated Voltage of 24V. LKMTECH MF9025-V2 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG10015E-i10-V2 Motor

The LKMTECH MG10015E-i10-V2 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MG10015E-i10-V2 Motor specifications include ltem Name of MG10015E-i10-V2, Rated Voltage of 48V, and Max Speed of 185RPM. Projects standardize on LKMTECH MG10015E-i10-V2 Motor when actuator & motor accuracy and supportability matter

LKMTECH MG4005-V2 Motor

LKMTECH offers the LKMTECH MG4005-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MG4005-V2 Motor specifications include ltem Name of MG4005-V2, Rated Voltage of 24V, and Max Speed of 320RPM. LKMTECH MG4005-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MG4005E-i10-V3 Motor

The LKMTECH MG4005E-i10-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MG4005E-i10-V3 Motor specifications include ltem Name of MG4005E-i10-V3, Rated Voltage of 24V, and Max Speed of 320RPM. Projects standardize on LKMTECH MG4005E-i10-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MG4010E-i10-V3 Motor

The LKMTECH MG4010E-i10-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MG4010E-i10-V3 Motor specifications include ltem Name of MG4010E-i10-V3, Rated Voltage of 24V, and Max Speed of 320RPM. Projects standardize on LKMTECH MG4010E-i10-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MG4010E-i10B-V3 Motor

The LKMTECH MG4010E-i10B-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MG4010E-i10B-V3 Motor specifications include ltem Name of MG4010E-i10B-V3, Rated Voltage of 24V, and Max Speed of 320RPM. Projects standardize on LKMTECH MG4010E-i10B-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MG4010E-i36-V3 Motor

LKMTECH offers the LKMTECH MG4010E-i36-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MG4010E-i36-V3 Motor specifications include ltem Name of MG4010E-i36-V3, Rated Voltage of 24V, and Max Speed of 90RPM. LKMTECH MG4010E-i36-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MG4010E-i36B-V3 Motor

LKMTECH MG4010E-i36B-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MG4010E-i36B-V3 Motor specifications include ltem Name of MG4010E-i36B-V3, Rated Voltage of 24V, and Max Speed of 90RPM. LKMTECH MG4010E-i36B-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG5010E-i10-V3 Motor

LKMTECH MG5010E-i10-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MG5010E-i10-V3 Motor specifications include ltem Name of MG5010E-i10-V3, Rated Voltage of 24V, and Max Speed of 320RPM. LKMTECH MG5010E-i10-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG5010E-i36-V3 Motor

LKMTECH MG5010E-i36-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MG5010E-i36-V3 Motor specifications include ltem Name of MG5010E-i36-V3, Rated Voltage of 24V, and Max Speed of 74RPM. LKMTECH MG5010E-i36-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG6012-i36-V3 Motor

LKMTECH MG6012-i36-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MG6012-i36-V3 Motor specifications include ltem Name of MG6012-i36-V3, Rated Voltage of 24V, and Max Speed of 45RPM. LKMTECH MG6012-i36-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG6012E-i8-V2 Motor

LKMTECH MG6012E-i8-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MG6012E-i8-V2 Motor specifications include ltem Name of MG6012E-i8-V2, Rated Voltage of 48V, and Max Speed of 310RPM. Integrators specify LKMTECH MG6012E-i8-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MG6012E-i8B-V3 Motor

LKMTECH MG6012E-i8B-V3 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MG6012E-i8B-V3 Motor specifications include ltem Name of MG6012E-i8B-V3, Rated Voltage of 48V, and Max Speed of 310RPM. Integrators specify LKMTECH MG6012E-i8B-V3 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MG8008E-i9-V3 Motor

LKMTECH MG8008E-i9-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MG8008E-i9-V3 Motor specifications include ltem Name of MG8008E-i9-V3, Rated Voltage of 24V, and Max Speed of 112RPM. LKMTECH MG8008E-i9-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG8010-i36-V2 Motor

LKMTECH MG8010-i36-V2 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MG8010-i36-V2 Motor specifications include ltem Name of MG8010-i36v2, Rated Voltage of 48V, and Max Speed of 80RPM. Integrators specify LKMTECH MG8010-i36-V2 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MG8016E-i24B-V3 Motor

LKMTECH MG8016E-i24B-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MG8016E-i24B-V3 Motor specifications include ltem Name of MG8016E-i24B-V3, Rated Voltage of 24V, and Max Speed of 80RPM. LKMTECH MG8016E-i24B-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MG8016E-i6-V2 Motor

LKMTECH offers the LKMTECH MG8016E-i6-V2 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MG8016E-i6-V2 Motor specifications include ltem Name of MG8016E-i6-V2, Rated Voltage of 48V, and Max Speed of 300RPM. LKMTECH MG8016E-i6-V2 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MG8016E-i6B-V3 Motor

LKMTECH offers the LKMTECH MG8016E-i6B-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MG8016E-i6B-V3 Motor specifications include ltem Name of MG8016E-i6B-V3, Rated Voltage of 48V, and Max Speed of 300RPM. LKMTECH MG8016E-i6B-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MH5010-V3 Motor

LKMTECH MH5010-V3 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MH5010-V3 Motor specifications include ltem Name of MH5010-V3, Turns of 35, and Rated Voltage of 16V. Integrators specify LKMTECH MH5010-V3 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MHF5005-V3 Motor

LKMTECH MHF5005-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MHF5005-V3 Motor specifications include ltem Name of MHF5005-V3, Turns of 35, and Rated Voltage of 16V. LKMTECH MHF5005-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MHF5015-V3 Motor

LKMTECH offers the LKMTECH MHF5015-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MHF5015-V3 Motor specifications include ltem Name of MHF5015-V3, Turns of 35, and Rated Voltage of 16V. LKMTECH MHF5015-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MHF6015-V3 Motor

The LKMTECH MHF6015-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MHF6015-V3 Motor specifications include ltem Name of MHF6015-V3, Turns of 25, and Rated Voltage of 24V. Projects standardize on LKMTECH MHF6015-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MHF7015-V3 Motor

LKMTECH offers the LKMTECH MHF7015-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MHF7015-V3 Motor specifications include ltem Name of MHF7015-V3, Turns of 45, and Rated Voltage of 24V. LKMTECH MHF7015-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MHF9025-V3 Motor

LKMTECH MHF9025-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MHF9025-V3 Motor specifications include ltem Name of MHF9025-V3, Turns of 35, and Rated Voltage of 24V. LKMTECH MHF9025-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS12025-V3 Motor

The LKMTECH MS12025-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MS12025-V3 Motor specifications include Item Name of MS12025 v3, Turns of 50, and Rated Voltage (V) of 24. Projects standardize on LKMTECH MS12025-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MS3008-V3 Motor

LKMTECH MS3008-V3 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MS3008-V3 Motor specifications include Product Model of MS3008v3, Turns of 54, and Rated Voltage (V) of 12. Integrators specify LKMTECH MS3008-V3 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MS3506-V3 Motor

LKMTECH MS3506-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MS3506-V3 Motor specifications include Product Model of MS3506v3, Turns of 60, and Rated Voltage (V) of 12. LKMTECH MS3506-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS4005-V3 Motor

The LKMTECH MS4005-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MS4005-V3 Motor specifications include Product Model of MS4005v3, Turns of 55, and Rated Voltage (V) of 12. Projects standardize on LKMTECH MS4005-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MS4010-V3 Motor

LKMTECH offers the LKMTECH MS4010-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MS4010-V3 Motor specifications include Product Model of MS4010v3, Turns of 55, and Rated Voltage (V) of 12. LKMTECH MS4010-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MS4015-V3 Motor

LKMTECH MS4015-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MS4015-V3 Motor specifications include Product Model of MS4015v3, Turns of 40, and Rated Voltage (V) of 16. LKMTECH MS4015-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS5005-V3 Motor

LKMTECH offers the LKMTECH MS5005-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MS5005-V3 Motor specifications include Product Model of MS5005v3, Turns of 60, and Rated Voltage (V) of 16. LKMTECH MS5005-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MS5010-V3 Motor

LKMTECH MS5010-V3 Motor from LKMTECH is a actuator & motor designed for robotics teams that need dependable hardware. LKMTECH MS5010-V3 Motor specifications include Product Model of MS5010v3, Turns of 60, and Rated Voltage (V) of 16. Integrators specify LKMTECH MS5010-V3 Motor when they need repeatable actuator & motor performance in deployed systems

LKMTECH MS5015-V3 Motor

LKMTECH MS5015-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MS5015-V3 Motor specifications include Product Model of MS5015v3, Turns of 60, and Rated Voltage (V) of 16. LKMTECH MS5015-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS6010-V3 Motor

LKMTECH offers the LKMTECH MS6010-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MS6010-V3 Motor specifications include Product Model of MS6010v3, Turns of 60, and Rated Voltage (V) of 24. LKMTECH MS6010-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MS6015-V3 Motor

The LKMTECH MS6015-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MS6015-V3 Motor specifications include Product Model of MS6015v3, Turns of 60, and Rated Voltage (V) of 24. Projects standardize on LKMTECH MS6015-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MS7010-V3 Motor

LKMTECH offers the LKMTECH MS7010-V3 Motor, a actuator & motor suited to demanding robotics and automation workloads. LKMTECH MS7010-V3 Motor specifications include Product Model of MS7010v3, Turns of 60, and Rated Voltage (V) of 24. LKMTECH MS7010-V3 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

LKMTECH MS7015-V3 Motor

The LKMTECH MS7015-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MS7015-V3 Motor specifications include Product Model of MS7015v3, Turns of 60, and Rated Voltage (V) of 24. Projects standardize on LKMTECH MS7015-V3 Motor when actuator & motor accuracy and supportability matter

LKMTECH MS7025-V3 Motor

LKMTECH MS7025-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MS7025-V3 Motor specifications include Product Model of MS7025v3, Turns of 60, and Rated Voltage (V) of 24. LKMTECH MS7025-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS9010-V3 Motor

LKMTECH MS9010-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MS9010-V3 Motor specifications include Item Name of MS9010 v3, Turns of 65, and Rated Voltage (V) of 24. LKMTECH MS9010-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS9015-V3 Motor

LKMTECH MS9015-V3 Motor is a actuator & motor built by LKMTECH for integration into automated systems and research platforms. LKMTECH MS9015-V3 Motor specifications include Item Name of MS9015 v3, Turns of 65, and Rated Voltage (V) of 24. LKMTECH MS9015-V3 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

LKMTECH MS9025-V3 Motor

The LKMTECH MS9025-V3 Motor actuator & motor from LKMTECH targets developers building production or prototype robotic systems. LKMTECH MS9025-V3 Motor specifications include Product Model of MS9025V3, Turns of 65, and Rated Voltage (V) of 24. Projects standardize on LKMTECH MS9025-V3 Motor when actuator & motor accuracy and supportability matter

LSLIDAR C1 LiDAR

The LSLIDAR C1 LiDAR lidar from LSLIDAR targets developers building production or prototype robotic systems. LSLIDAR C1 LiDAR specifications include Wavelength of 905 nm, Detection Range of 120m@70%，100m@10%, and Range Precision of ±1cm（1σ）. Projects standardize on LSLIDAR C1 LiDAR when lidar accuracy and supportability matter

LSLIDAR C16 LiDAR

LSLIDAR C16 LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR C16 LiDAR specifications include Model of C16, Wavelength of 905nm, and Safety Class of Class I (Eye-safe). LSLIDAR C16 LiDAR helps robotics teams reduce integration risk with documented lidar parameters

LSLIDAR C32 LiDAR

LSLIDAR C32 LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR C32 LiDAR specifications include Model of C32, Wavelength of 905nm, and Safety Class of Class I (Eye-safe). LSLIDAR C32 LiDAR helps robotics teams reduce integration risk with documented lidar parameters

LSLIDAR CB64S1 LiDAR

LSLIDAR offers the LSLIDAR CB64S1 LiDAR, a lidar suited to demanding robotics and automation workloads. LSLIDAR CB64S1 LiDAR specifications include Wavelength of 905 nm, Laser Class of Class I (IEC-60825), and Channels of 64. LSLIDAR CB64S1 LiDAR gives engineers a practical lidar option for lab validation and field rollout

LSLIDAR CH128 Series LiDAR

LSLIDAR offers the LSLIDAR CH128 Series LiDAR, a lidar suited to demanding robotics and automation workloads. LSLIDAR CH128 Series LiDAR specifications include Model of CH128X1, Wavelength of 905nm, and Safety Class of Class I (Eye-safe). LSLIDAR CH128 Series LiDAR gives engineers a practical lidar option for lab validation and field rollout

LSLIDAR CH16R/32R LiDAR

The LSLIDAR CH16R/32R LiDAR lidar from LSLIDAR targets developers building production or prototype robotic systems. LSLIDAR CH16R/32R LiDAR specifications include Model of CH16R, Wavelength of 905nm, and Safety Class of Class I (Eye-safe). Projects standardize on LSLIDAR CH16R/32R LiDAR when lidar accuracy and supportability matter

LSLIDAR CH16X1 LiDAR

LSLIDAR CH16X1 LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR CH16X1 LiDAR specifications include Model of CH16X1, Wavelength of 905nm, and Safety Class of Class I (Eye-safe). LSLIDAR CH16X1 LiDAR helps robotics teams reduce integration risk with documented lidar parameters

LSLIDAR CH256X1 LiDAR

The LSLIDAR CH256X1 LiDAR lidar from LSLIDAR targets developers building production or prototype robotic systems. LSLIDAR CH256X1 LiDAR specifications include Wavelength of 905 nm, Laser Class of Class I, and Channels of 256. Projects standardize on LSLIDAR CH256X1 LiDAR when lidar accuracy and supportability matter

LSLIDAR CX-S3 LiDAR

LSLIDAR CX-S3 LiDAR from LSLIDAR is a lidar designed for robotics teams that need dependable hardware. LSLIDAR CX-S3 LiDAR specifications include Wavelength of 905 nm, Detection Range of 150m@10%, and Range Precision of ±3cm. Integrators specify LSLIDAR CX-S3 LiDAR when they need repeatable lidar performance in deployed systems

LSLIDAR CX128S2 LiDAR

The LSLIDAR CX128S2 LiDAR lidar from LSLIDAR targets developers building production or prototype robotic systems. LSLIDAR CX128S2 LiDAR specifications include Model of CX128S2, Wavelength of 905nm, and Safety Class of Class I (Eye-safe). Projects standardize on LSLIDAR CX128S2 LiDAR when lidar accuracy and supportability matter

LSLIDAR LS-S2 Series LiDAR

LSLIDAR LS-S2 Series LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR LS-S2 Series LiDAR specifications include Model of LS128S2, Scanning Channels of 128 channels, and Scan Lines per Second of 1280 lines. LSLIDAR LS-S2 Series LiDAR helps robotics teams reduce integration risk with documented lidar parameters

LSLIDAR LS-S3 Series LiDAR

LSLIDAR LS-S3 Series LiDAR from LSLIDAR is a lidar designed for robotics teams that need dependable hardware. LSLIDAR LS-S3 Series LiDAR specifications include Scan Channels of 128 channels, Lines per Second of 1280 lines/s, and Detection Range of 1.5~250m (@10%). Integrators specify LSLIDAR LS-S3 Series LiDAR when they need repeatable lidar performance in deployed systems

LSLIDAR LS500W1 LiDAR

The LSLIDAR LS500W1 LiDAR lidar from LSLIDAR targets developers building production or prototype robotic systems. LSLIDAR LS500W1 LiDAR specifications include Wavelength of 1550nm, Detection Range of 2~150m, and Range Precision of ±2cm. Projects standardize on LSLIDAR LS500W1 LiDAR when lidar accuracy and supportability matter

LSLIDAR LS72B LiDAR

LSLIDAR LS72B LiDAR from LSLIDAR is a lidar designed for robotics teams that need dependable hardware. LSLIDAR LS72B LiDAR specifications include Wavelength of 905 nm, Laser Class of Class I, and Detection Range of 0.05~ 150 m (@10%). Integrators specify LSLIDAR LS72B LiDAR when they need repeatable lidar performance in deployed systems

LSLIDAR LS74A LiDAR

LSLIDAR LS74A LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR LS74A LiDAR specifications include Wavelength of 905 nm, Detection Range of 1200m@30%, and Range Precision of ±0.5cm. LSLIDAR LS74A LiDAR helps robotics teams reduce integration risk with documented lidar parameters

LSLIDAR M10 LiDAR

LSLIDAR M10 LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR M10 LiDAR specifications include Laser Wavelength of 905 nm, Laser Class of Class I (eye-safe), and Data Content of Distance, angle. LSLIDAR M10 LiDAR helps robotics teams reduce integration risk with documented lidar parameters

LSLIDAR N10 LiDAR

LSLIDAR N10 LiDAR from LSLIDAR is a lidar designed for robotics teams that need dependable hardware. LSLIDAR N10 LiDAR specifications include Laser Wavelength of 905 nm, Laser Class of Class I, and Data Content of Distance、Angle、Intensity. Integrators specify LSLIDAR N10 LiDAR when they need repeatable lidar performance in deployed systems

LSLIDAR N301 LiDAR

LSLIDAR N301 LiDAR is a lidar built by LSLIDAR for integration into automated systems and research platforms. LSLIDAR N301 LiDAR specifications include Laser Wavelength of 905 nm, Detection Range of 0.02~12m@70%, and Range Precision of ±3cm(0~6m); ±4.5cm(6-12m)@70%. LSLIDAR N301 LiDAR helps robotics teams reduce integration risk with documented lidar parameters

Luxonis OAK 4 D

Luxonis offers the Luxonis OAK 4 D, a camera suited to demanding robotics and automation workloads. Shop OAK cameras, stereo-depth modules, and edge-AI hardware from Luxonis. Build real-time computer-vision systems with on-device inference, PoE, and pro accessories

Luxonis OAK-D Lite

Combines high performance and economy, providing all the superpowers offered by RVC2 core and DepthAI API in an affordable package. Won AI and Vision Alliance's Best camera award in 2022.

Luxonis OAK-D Pro

The Luxonis OAK-D Pro camera from Luxonis targets developers building production or prototype robotic systems. Luxonis OAK-D Pro specifications include RGB Sensor of 12 MP. Projects standardize on Luxonis OAK-D Pro when camera accuracy and supportability matter

Luxonis OAK-D Pro W

Luxonis OAK-D Pro W from Luxonis is a camera designed for robotics teams that need dependable hardware. RCSV is confirming full specifications with Luxonis; reach out for lead time and configuration options

MANIFOLD TECH MindPalace Pocket 2

The MANIFOLD TECH MindPalace Pocket 2 teleoperation & motion capture from MANIFOLD TECH targets developers building production or prototype robotic systems. Multimodal 3D environment acquisition and processing equipment Multimodal 3D environment acquisition and processing equipment A professional 3D data acquisition and intelligent processing equipment with high precision It integrates point cloud scanning, panoramic image acquisition and detail image recording. The equipment has a built-in high-performance MindSLAM™ algorithm to achieve real-time acquisition and processing of 3D data, significantly improving on-site operation efficiency. The MANIFOLD TECH MindPalace Pocket 2 supports practical deployment in robotics projects

MANIFOLD TECH Odin 1

Odin 1 integrates spatial perception and localization directly onboard, enabling developers to quickly obtain real-time pose data, point clouds, etc. Odin 1 fuses an RGB camera, IMU, and LiDAR into a single compact system, allowing robots to achieve stable and reliable spatial localization with just a few lines of code. No need to build a localization system from scratch, or complicated parameter tuning, or sensor fusion dirty work, or high-performance external computing platform required.

Manus Glove

Manus Metagloves Pro datagloves; high-precision finger motion capture; pairpair(L+R). Vendor: manus-meta.com

Manus Glove Pro

Manus Glove Pro is a teleoperation & motion capture built by MANUS for integration into automated systems and research platforms. Professional hand-tracking solution for real-time teleoperation, embodied AI, and motion capture—advancing dexterous robot manipulation with precision. Professional hand-tracking solution for real-time teleoperation, embodied AI, and motion capture—advancing dexterous robot manipulation with precision. The Manus Glove Pro supports practical deployment in robotics projects

Manus Glove Haptic

The Manus Glove Haptic teleoperation & motion capture from MANUS targets developers building production or prototype robotic systems. Metagloves Pro Haptic brings millimeter-accurate tracking and real-time haptics for more natural control in embodied AI and XR. Metagloves Pro Haptic brings millimeter-accurate tracking and real-time haptics for more natural control in embodied AI and XR

Manus quantum

The Manus quantum teleoperation & motion capture from MANUS targets developers building production or prototype robotic systems. Professional motion capture gloves with absolute position sensor measurements, millimeter-accurate fingertip tracking, and seamless integration with major mocap pipelines for animation, VFX, and live performance. Capture every detail with Quantum Metagloves—advanced tracking gloves for animation, VFX, and live performance. The Manus quantum supports practical deployment in robotics projects

Manus Metagloves Pro

Machine-grade precision data gloves with EMF tracking, 25 DOF, and swappable batteries for teleoperation and embodied AI data collection. | added via migration 2026-07 | src SupplierID=S00015

Manus Metagloves Pro Haptic

High-fidelity finger tracking gloves with responsive haptic feedback for teleoperation and XR interaction requiring force feedback. | added via migration 2026-07 | src SupplierID=S00015

Manus Quantum Metagloves

Professional motion capture gloves with millimeter-accurate fingertip tracking and swappable batteries for animation, VFX, and live performance. | added via migration 2026-07 | src SupplierID=S00015

Mech-Mind Mech-Eye DEEP Industrial 3D Camera

Mech-Mind Mech-Eye DEEP Industrial 3D Camera is a camera built by Mech-Mind Robotics for integration into automated systems and research platforms. High precision & high speed & high-quality 3D imaging of a wide variety of objects Mech-Eye Industrial 3D Cameras | Mech-Mind Robotics Mech-Eye Industrial 3D CamerasMech-Eye 3D Laser ProfilersMech-VisionMech-VizMech-DLKMech-MSRMech-Station Series"Eye-Brain-Hand" Robot Station Retail AutomationDepalletizing and PalletizingMachine TendingPiece PickingBin PickingLocalization and AssemblyInline Measurement AutomotiveLogisticsMetal & MachiningElectronicsEV BatteryFood & Beverage "Eye-Brain-Hand" CapabilitiesProductsSolutionsCasesTrade Shows FAQDownloadsDocumentsBlogOnline CommunityOnline Exhibition Hall3D Camera Selector3D Camera FOV Calculator Mech-MindOur TeamNewsStatement on Anti-Corruption High resolution & high accuracy & detail-rich 3D images of a wide variety of objects. Wide model options designed to satisfy diverse practical needs (ambient light resistance, high accuracy, high scanning speed, small size, etc

Mech-Mind Mech-Eye LSR L 3D Laser Camera

Mech-Mind Mech-Eye NANO Industrial 3D Camera

The Mech-Mind Mech-Eye NANO Industrial 3D Camera camera from Mech-Mind Robotics targets developers building production or prototype robotic systems. Mech-Mind Mech-Eye NANO Industrial 3D Camera specifications include working_distance_mm of 300-600, resolution of 1280x1024, and z_repeatability_mm of 0.1. Projects standardize on Mech-Mind Mech-Eye NANO Industrial 3D Camera when camera accuracy and supportability matter

Mech-Mind Mech-Eye PRO S Industrial 3D Camera

The Mech-Mind Mech-Eye PRO S Industrial 3D Camera camera from Mech-Mind Robotics targets developers building production or prototype robotic systems. Mech-Mind Mech-Eye PRO S Industrial 3D Camera specifications include working_distance_mm of 500-1000, resolution of 1920x1200, and z_repeatability_mm of 0.2. Projects standardize on Mech-Mind Mech-Eye PRO S Industrial 3D Camera when camera accuracy and supportability matter

Meta Quest 3S

Meta Quest 3S is a standalone mixed-reality headset with Snapdragon XR2 Gen 2, 6-DOF inside-out tracking, and Touch Plus controllers for robot teleoperation, demonstration data capture, and XR operator training.

RCSV Mobile Aloha

ALOHA-style teleoperation platform for data collection, imitation learning, and rapid whole-task prototyping. | added via migration 2026-07 | src SupplierID=S00001

MRDVS M4 Camera

MRDVS offers the MRDVS M4 Camera, a camera suited to demanding robotics and automation workloads. Industrial-grade ToF camera with Sony IMX570 sensor. Delivers 640×480 depth, RGB global shutter, IP67 protection, and real-time 3D point cloud for vision tasks. The MRDVS M4 Camera supports practical deployment in robotics projects

MRDVS S10 Camera

MRDVS S10 Camera is a camera built by MRDVS for integration into automated systems and research platforms. S10 dToF Depth Camera offers 240x160 depth and RGB data for effective 3d obstacle avoidance in robotics. Supports C/C++ and ROS SDK with I/O communication for easy integration

MyActuator EPS-CEM-15 Motor

MyActuator EPS-CEM-15 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator EPS-CEM-25 Motor

MyActuator EPS-CEM-25 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator EPS-CEM-45 Motor

MyActuator EPS-CEM-45 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RB-C002 Robotic Cerebellum

MyActuator RB-C002 Robotic Cerebellum by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RH-14 Motor

The MyActuator RH-14 Motor actuator & motor from MyActuator targets developers building production or prototype robotic systems. MyActuator RH-14 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Projects standardize on MyActuator RH-14 Motor when actuator & motor accuracy and supportability matter

MyActuator RH-17 Motor

The MyActuator RH-17 Motor actuator & motor from MyActuator targets developers building production or prototype robotic systems. MyActuator RH-17 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Projects standardize on MyActuator RH-17 Motor when actuator & motor accuracy and supportability matter

MyActuator RH-20 Motor

The MyActuator RH-20 Motor actuator & motor from MyActuator targets developers building production or prototype robotic systems. MyActuator RH-20 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Projects standardize on MyActuator RH-20 Motor when actuator & motor accuracy and supportability matter

MyActuator RH-25 Motor

The MyActuator RH-25 Motor actuator & motor from MyActuator targets developers building production or prototype robotic systems. MyActuator RH-25 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Projects standardize on MyActuator RH-25 Motor when actuator & motor accuracy and supportability matter

MyActuator RH-32 Motor

MyActuator offers the MyActuator RH-32 Motor, a actuator & motor suited to demanding robotics and automation workloads. MyActuator RH-32 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. MyActuator RH-32 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

MyActuator RMD-FL-38 Motor

MyActuator RMD-FL-38 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-FL-50 Motor

MyActuator RMD-FL-50 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-FL-70 Motor

MyActuator RMD-FL-70 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-FL-85 Motor

MyActuator RMD-FL-85 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-FLO-50 Motor

MyActuator RMD-FLO-50 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-FLO-70 Motor

MyActuator RMD-FLO-70 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-FLO-90 Motor

MyActuator RMD-FLO-90 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-H-50-15 Motor

MyActuator RMD-H-50-15 Motor is a actuator & motor built by MyActuator for integration into automated systems and research platforms. MyActuator RMD-H-50-15 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. MyActuator RMD-H-50-15 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

MyActuator RMD-H-70-15 Motor

MyActuator RMD-H-70-15 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-H-90-15 Motor

MyActuator RMD-H-90-15 Motor from MyActuator is a actuator & motor designed for robotics teams that need dependable hardware. MyActuator RMD-H-90-15 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Integrators specify MyActuator RMD-H-90-15 Motor when they need repeatable actuator & motor performance in deployed systems

MyActuator RMD-X10-40 Motor

MyActuator RMD-X10-40 Motor from MyActuator is a actuator & motor designed for robotics teams that need dependable hardware. MyActuator RMD-X10-40 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Integrators specify MyActuator RMD-X10-40 Motor when they need repeatable actuator & motor performance in deployed systems

MyActuator RMD-X12-320 Motor

MyActuator RMD-X12-320 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X15-450 Motor

MyActuator RMD-X15-450 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X2-7 Motor

MyActuator RMD-X2-7 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X4-10 Motor

MyActuator RMD-X4-10 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X4-P36-36-E

MyActuator RMD-X4-36 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X6-40 Motor

MyActuator RMD-X6-40 Motor is a actuator & motor built by MyActuator for integration into automated systems and research platforms. MyActuator RMD-X6-40 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. MyActuator RMD-X6-40 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

MyActuator RMD-X6-P20-60-E

MyActuator RMD-X6-60 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X6-7 Motor

The MyActuator RMD-X6-7 Motor actuator & motor from MyActuator targets developers building production or prototype robotic systems. MyActuator RMD-X6-7 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. Projects standardize on MyActuator RMD-X6-7 Motor when actuator & motor accuracy and supportability matter

MyActuator RMD-X6-8 Motor

MyActuator RMD-X6-8 Motor is a actuator & motor built by MyActuator for integration into automated systems and research platforms. MyActuator RMD-X6-8 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. MyActuator RMD-X6-8 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

MyActuator RMD-X8-P20-120-E

MyActuator RMD-X8-120 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

MyActuator RMD-X8-25 Motor

MyActuator RMD-X8-25 Motor is a actuator & motor built by MyActuator for integration into automated systems and research platforms. MyActuator RMD-X8-25 Motor specifications include Absolute magnetic encoder accuracy of 14：14bit 17：17bit 18：18bit 0 ：No encoder, Way of communication of CAN RS485 Ethercat 0 ：No communication method, and X： L： H： RH： CEM of BLS： RS： FL:. MyActuator RMD-X8-25 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

MyActuator RMD-X8-32 Motor

MyActuator RMD-X8-32 Motor by MyActuator. Key specs: Absolute magnetic encoder accuracy 14：14bit 17：17bit 18：18bit 0 ：No encoder; Way of communication CAN RS485 Ethercat 0 ：No communication method; Reduction ratio：100 1 If none：0.

NOETIX Bumi Robot

The NOETIX Bumi Robot humanoid robot from NOETIX targets developers building production or prototype robotic systems. NOETIX Bumi Robot specifications include Dimensions (Standing) of 345mm/190mm/940mm, Total Weight of Approx. 17kg, and Total Degrees of Freedom (DoF) of 21. Projects standardize on NOETIX Bumi Robot when humanoid robot accuracy and supportability matter

NOETIX E1 Robot

The NOETIX E1 humanoid robot features highly localized core components, combining cost-effectiveness with mid-to-high-end performance. It includes large-model voice interaction, modular expansion design, and supports deep custom development at an accessible price point.

NOETIX Hobbs 3 Robot

NOETIX Hobbs 3 Robot is a humanoid robot built by NOETIX for integration into automated systems and research platforms. NOETIX Hobbs 3 Robot specifications include Dimensions of 400mm(L)*300mm(W)*600mm(H), Weight of 10.5kg (Head unit: 2.8kg), and Skin Material of Platinum silicone. NOETIX Hobbs 3 Robot helps robotics teams reduce integration risk with documented humanoid robot parameters

NOETIX N2 Robot

The NOETIX N2 is the world's first humanoid robot to achieve continuous multi-scene backflips. It delivers 150 N·m peak joint torque with ultra-stable motion control for entertainment, research, education, and other scenarios.

Noitom PN 3 Motion Capture - Full Body + Glove

As the most compact system in our lineup, the PERCEPTION NEURON 3 (PN 3)redefines portability without compromising performance. This fully wireless solution features up to 27 lightweight sensors, enabling comprehensive full-body and finger tracking right out of the box. The kit includes everything you need: sensors, a transceiver, and a charging case—all housed in a portable carry case for creators on the go. With new updated, the PN 3 now features enhanced magnetic immunity, ensuring stable performance even in complex environments. It is the ideal choice for animation studios, game developers, and live streamers seeking a reliable, lightweight system.

Noitom PN 3 Motion Capture - Full Body

NVIDIA AGX Orin

NVIDIA Jetson AGX Orin 64GB Developer Kit: up to 275 TOPS AI, 64 GB, 2048-core Ampere GPU + 64 Tensor cores, 12-core Arm CPU; ~110 mm cube with 90W USB-C supply; module emulates all Orin variants.

NVIDIA Jetson Thor Developer Kit

The NVIDIA® Jetson AGX Thor™ Developer Kit gives you unmatched performance and scalability. It’s powered by the NVIDIA Blackwell GPU and 128 GB of memory, delivering up to 2070 FP4 TFLOPS of AI compute to effortlessly run the latest generative AI models—all within a 130 W power envelope. Compared to NVIDIA Jetson AGX Orin™, it provides up to 7.5x higher AI compute and 3.5x better energy efficiency.

NVIDIA Jetson AGX Orin 32GB Module

NVIDIA offers the NVIDIA Jetson AGX Orin 32GB Module, a compute platform suited to demanding robotics and automation workloads. Bring your next-gen products to life with the world’s most powerful AI computer for energy-efficient autonomous machines. Next-level AI performance for next-gen robotics. The NVIDIA Jetson AGX Orin 32GB Module supports practical deployment in robotics projects

NVIDIA Jetson AGX Orin 64GB Developer Kit

NVIDIA Jetson Orin Nano 8GB Module

NVIDIA Jetson Orin Nano Super Developer Kit

NVIDIA Jetson Orin NX 8GB Module

NVIDIA Orin Nano

NVIDIA Jetson Orin Nano Super Developer Kit: edge-AI compute module + carrier, up to 67 TOPS (INT8), 8 GB LPDDR5, 1024-core Ampere GPU, runs JetPack/Isaac ROS.

OAKChina OAK-1 Camera

The OAK-1 integrates a 12-megapixel camera module that communicates directly with the edge AI processor through an onboard 2.1 Gbps MIPI interface. The edge AI processor receives the image data and performs neural inference tasks such as object detection, image classification, and object localization, then returns the results to the host computer via USB. Image processing is performed on the edge AI processor rather than on the host. Multiple OAK-1 devices can therefore be used simultaneously on a lower-performance host, provided that sufficient USB ports are available, without placing a significant load on the host CPU.

OAKChina OAK-1-MAX Camera

The OAK-1-MAX integrates a 32-megapixel camera module that communicates directly with the Myriad X through an onboard 2.1 Gbps MIPI interface. The Myriad X receives the image data and performs neural inference tasks such as object detection, image classification, and object localization, then returns the results to the host computer via USB. Image processing is performed on the Myriad X rather than on the host. Multiple OAK-1-MAX devices can therefore be used simultaneously on a lower-performance host, provided that sufficient USB ports are available, without placing a significant load on the host CPU.

OAKChina OAK-1-PoE Camera

The OAK-1-PoE is an AI vision kit capable of up to 4 trillion operations per second. It runs AI models directly on the camera, allowing the host system to remain available for other tasks. The device integrates a 4K, 60 FPS IMX378 color camera and supports Power over Ethernet through an IEEE 802.3af PoE interface with Gigabit Ethernet connectivity, enabling it to operate as an intelligent networked IP camera.

OAKChina OAK 4 D Camera

The OAK 4 D is a high-performance 3D depth vision and edge AI inference camera featuring substantial onboard computing power and high-resolution imaging. Built on OAK's all-new fourth-generation architecture, it is powered by RVC4, OAK's most advanced edge AI processing platform to date. Its integrated 4 nm system-on-chip provides powerful edge AI inference and image-processing capabilities. The OAK 4 D runs Linux and functions as a fully standalone device, integrating edge AI inference and depth processing into a single endpoint.

OAKChina OAK 4 D Pro Camera

The OAK 4 D Pro is the new-generation flagship product from OAK—a high-performance, high-compute, high-resolution 3D depth vision and edge AI inference camera. Featuring an all-new fourth-generation design, it is powered by the RVC4—OAK’s most advanced edge AI processing core to date—and integrates a 4nm SoC, delivering robust edge AI computing and image processing capabilities.

OAKChina OAK 4 S Camera

The OAK 4 S is a high-performance, high-resolution edge AI inference camera with substantial onboard computing power. Built on OAK's all-new fourth-generation architecture, it is powered by RVC4, OAK's most advanced edge AI processing platform to date. Its integrated 4 nm system-on-chip provides powerful edge AI inference and image-processing capabilities. The OAK 4 S runs Linux and functions as a fully standalone device, integrating edge AI inference and onboard vision processing into a single endpoint.

OAKChina OAK-D-Lite Camera

The OAK-D-Lite is an embedded depth AI camera and a lightweight version of the OAK-D. It features built-in capabilities for stereo depth calculation, AI neural network inference (including object detection, image classification, semantic segmentation, and pose estimation), motion estimation (enabling real-time background subtraction), and 3D object tracking (supporting up to 20 categories), helping users build products with true real-time 3D object localization and tracking. Starting with batches produced in late 2025, the OAK-D-Lite comes equipped with the BMI20 IMU, making it the smallest fully functional OAK device.

OAKChina OAK-D-LR Camera

The OAK-D LR (Long Range) is designed specifically for medium-to-long-range depth sensing. It allows any two of its three camera modules to be paired for stereo vision, offering three different baseline lengths (5 cm, 10 cm, and 15 cm) to meet various ranging requirements. The device is equipped with three color global shutter camera modules featuring 1920x1200 resolution and supports both USB-C and PoE connectivity.

OAKChina OAK-D-PoE Camera

The OAK-D-PoE integrates three onboard cameras—one IMX378 4K/60fps color camera and two OV9282 120fps global shutter depth cameras—along with a BNO086 IMU. Featuring an IP67 industrial-grade waterproof rating, it is suitable for both indoor and outdoor use. Equipped with a PoE interface (supporting 802.3af Power over Ethernet and Gigabit Ethernet), it functions as a smart network IP camera with depth vision capabilities.

OAKChina OAK-D-Pro Camera

The OAK-D-Pro meets the need for high-precision, close-range localization and recognition. Featuring a 7.5 cm stereo baseline and the RVC2’s onboard AI capabilities, it simultaneously performs tasks such as ranging, AI recognition, neural network inference acceleration, and RGB-D alignment. It is widely applicable to automated welding robots, the localization and calibration of surface defects on parts, and measurements of depth, point clouds, and volume, thereby enhancing the perception capabilities of robots and related intelligent devices. Additionally, the OAK-D-Pro is equipped with a 940nm active structured light module that improves environmental perception in low-light conditions, enhances the textural features of the target object, and augments visual perception capabilities.

OAKChina OAK-D-Pro-PoE Camera

The OAK-D-Pro-PoE meets the need for high-precision, close-range localization and identification—such as for automated welding robots or the localization, identification, and calibration of surface defects on parts—thereby enhancing your robot's perception capabilities.

OAKChina OAK-D-Pro-W Camera

The OAK-D-Pro-W is the wide-angle variant of the OAK-D-Pro. Featuring a wider field of view, it meets the need for high-precision positioning and recognition at close range—such as in automated welding robots or the localization and calibration of surface defects on parts—thereby enhancing your robot's perception capabilities.

OAKChina OAK-D-Pro-W-PoE Camera

The OAK-D-Pro-W-PoE elevates positioning accuracy to the sub-millimeter level, meeting the demands for high-precision, close-range positioning and identification—such as in automated welding robots and the localization and calibration of surface defects on parts—thereby enhancing your robot's perception capabilities.

OAKChina OAK-D-S2 Camera

The OAK-D-S2 belongs to the Series 2 product line, which mounts the VPU (Myriad X) directly onto the main circuit board rather than on a System-on-Module (SoM), resulting in a more compact and lightweight design. This device integrates depth perception, object detection (neural inference), and object tracking, offering an easy-to-use Python API to help you implement these capabilities. It features three onboard cameras—one 4K/30fps color camera and two monochrome stereo cameras—along with a BNO086 IMU and a USB 3 interface, allowing you to connect to and use the device with standard computers, Raspberry Pi boards, and other popular embedded host systems.

OAKChina OAK-D-S2-PoE Camera

The OAK-D-S2-PoE integrates depth perception, object detection (neural inference), and object tracking, offering an easy-to-use Python API to help you implement these features. It is equipped with three onboard cameras—one 4K/30fps color camera and two monochrome stereo cameras—as well as an IMU. Featuring an IP65 industrial-grade waterproof rating, it is suitable for both indoor and outdoor use. Additionally, it includes a PoE interface (supporting 802.3af Power over Ethernet and Gigabit Ethernet), functioning as a smart network IP camera with depth vision capabilities.

OAKChina OAK-D-SR Camera

The OAK-D-SR camera is ideally suited for applications requiring close-range depth and detail, such as quality control, automated manufacturing, robotics, and robotic arm sorting. It features a compact, integrated design that reduces the overall footprint, making it easier to install and adaptable to a wide range of robotic processes.

OAKChina OAK-D-SR-PoE Camera

The OAK-D-SR-PoE is a powerful second-generation depth camera featuring M12 Gigabit Ethernet and M8 ports, capable of efficient ranging in diverse and complex environments. With an IP67 rating for water and dust resistance, it is suitable for use in harsh conditions. It is equipped with dual OV9782 sensors—each offering 1-megapixel resolution and global shutter color imaging—and supports VGA resolution (640x480 at 30fps). Additionally, it integrates three ranging technologies—stereo vision, structured light, and Time-of-Flight (ToF)—enabling it to adapt to a wide range of application scenarios.

OAKChina OAK-D-W Camera

The OAK-D-W belongs to the Series 2 product line; compared to the first-generation OAK, it features a more highly integrated design and a more compact, lightweight form factor. The standard model is equipped with an RGB camera offering a 120° DFOV and stereo cameras with a 150° DFOV. This wider field of view allows for capturing expansive scenes even in confined spaces, making it ideal for applications such as robot obstacle avoidance, navigation, and localization.

OAKChina OAK-D-W-PoE Camera

The OAK-D-W-PoE integrates depth perception, object detection (neural inference), and object tracking, offering an easy-to-use Python API to help you implement these features. It is equipped with three onboard cameras—one 4K/30fps color camera and two monochrome stereo cameras—as well as an IMU. Featuring an IP5-rated waterproof design, it is suitable for both indoor and outdoor use. Additionally, it includes a PoE interface (supporting 802.3af Power over Ethernet and Gigabit Ethernet), functioning as a smart network IP camera with depth vision capabilities.

OAKChina OAK-FFC-3P Camera

OAK-FFC-3P is a modular OAK device that connects three independent MIPI camera modules via flex cables. Users can set different baseline distances to achieve longer depth measurement range and higher measurement accuracy.

OAKChina OAK-FFC-4P Camera

The OAK-FFC-3P is a modular OAK device that connects to three independent MIPI camera modules via flexible ribbon cables. This allows users to configure the baseline distance between cameras according to their specific needs, thereby achieving greater depth-sensing ranges and higher measurement precision.

OAKChina OAK-VIO-KIT Camera

The OAK-VIO-Kit is a lightweight visual odometry solution launched by OAK China, designed to replace expensive imported products; it outputs pose information alongside left and right camera images, enabling mapping and localization capabilities.

OnRobot 2FG14

High-payload electric parallel gripper with 14 kg payload, 160 mm stroke, and up to 140 N per finger. Fully electric, no compressed air required. Customizable fingers for CNC machine tending, material handling, and assembly.

OnRobot 2FGP20

Versatile electric palletizer gripper with 20 kg payload, 260 mm total stroke, and 80–400 N gripping force. Gripping width 170–430 mm with integrated vacuum cups for slip-sheet handling. Purpose-built for palletizing applications.

OnRobot 3FG15

Three-finger centric gripper with 15 kg payload, 150 mm stroke, and 10–240 N gripping force. Self-centering design grips cylindrical objects 20–150 mm diameter. Ideal for CNC machine tending, insertion, and palletizing.

OnRobot 3FG25

Heavy-duty three-finger centric gripper with 25 kg payload, 155 mm stroke, and up to 450 N gripping force. IP67 rated for the harshest industrial environments. Self-centering design for CNC machine tending and material handling.

OnRobot Dual Quick Changer

Dual-port tool changer enabling two end-effectors on one robot arm simultaneously. 20 kg rated payload, 0.41 kg weight. Same fast-change mechanism as the Quick Changer with ISO 9409-1 flange. Improves cycle time for multi-tool applications.

OnRobot Eyes 2.5D Vision

2.5D vision system with depth perception using active IR stereo. 1280×720 depth resolution, 1920×1080 close-up RGB. One-picture calibration, auto-focus 400–1000 mm working range. For pick-and-place, sorting, CNC machine tending, and quality inspection.

OnRobot Gecko SP Gripper

Gecko-inspired adhesive gripper using van der Waals forces for no-mark, no-vacuum gripping. Available in SP1 (1 kg), SP3 (3 kg), and SP5 (5 kg) variants. Grips perforated, shiny, and delicate surfaces. No electronics or air supply needed — true plug-and-play.

OnRobot HEX 6-Axis

6-axis force/torque sensor with optical-based technology. Available in HEX-E (high precision, 0.2 N resolution) and HEX-H (low deformation, 20 Nm torque capacity) variants. IP67, 200 N force capacity. Ideal for assembly, polishing, insertion, and quality inspection.

OnRobot LIFT100

Long-stroke, high-payload robot elevator adding a versatile 7th axis. 100 kg payload, 900 mm stroke, height range 730–1630 mm. Speed 10–100 mm/s with ±0.5 mm repeatability. IP54 rated. Designed for palletizing and manufacturing with collaborative robots.

OnRobot MG10

Electric magnetic gripper with up to 10 kg payload and adjustable force. IP67 rated with 300 ms gripping time. Retains magnetic force on power loss for safety. No external air supply needed. Ideal for ferrous material handling, assembly, and machine tending.

OnRobot 2FG7

OnRobot offers the OnRobot 2FG7, a end effector suited to demanding robotics and automation workloads. Parallel gripper for collaborative and light industrial robots, helps you automate pick and place, machine tending and assembly tasks. Parallel gripper for collaborative and light industrial robots, helps you automate pick and place, machine tending and assembly tasks. The OnRobot 2FG7 supports practical deployment in robotics projects

OnRobot RG6

The OnRobot RG6 end effector from OnRobot targets developers building production or prototype robotic systems. The RG6 is a flexible collaborative gripper with a larger reach and a built-in OnRobot Quick Changer that broadens the scope of applications you can automate. The RG6 is a flexible collaborative gripper with a larger reach and a built-in OnRobot Quick Changer that broadens the scope of applications you can automate

OnRobot Soft Gripper

OnRobot Soft Gripper from OnRobot is a end effector designed for robotics teams that need dependable hardware. Certified food-grade soft robot gripper for handling food, beverage, cosmetics, pharmaceutical and other delicate items. Certified food-grade soft robot gripper for handling food, beverage, cosmetics, pharmaceutical and other delicate items

OnRobot Pallet Station

Durable floor-mounted pallet fixture with built-in pallet-presence sensor and status indicator lamp. Configurable for left or right setup. Forklift-resistant sturdy design. Integrates with LIFT100 and D:PLOY palletizing software for complete palletizing solutions.

OnRobot Quick Changer

Ultra-compact robot tool changer — smallest and lightest on the market at just 200 g. 20 kg payload, tool change in under 5 seconds with no screwing. ISO 9409-1 compliant. Compatible with all major robot brands for fast end-effector swaps.

OnRobot RG2

OnRobot RG2 is a end effector built by OnRobot for integration into automated systems and research platforms. The RG2 gripper is a flexible collaborative 2 finger gripper with wide strokes. Fast deployment and easy customization for a wide range of applications

OnRobot Sander

Electric random orbital sander for automated finishing. Brushless motor, 1000–10,000 RPM, 150 W. 127 mm pad with 5 mm orbit. No compressed air required, reducing running costs significantly. Ideal for sanding, polishing, and deburring.

OnRobot Screwdriver

Intelligent multifunctional robotic screwdriver with precise torque control 0.15–5 Nm. Handles M1.6–M6 screws up to 50 mm. Active Z-axis with 55 mm shaft stroke. Built-in screw detection and verification. ESD-safe, IP54 rated.

OnRobot VG10

Flexible dual-zone electric vacuum gripper with up to 15 kg payload and 2 independent air channels. Accommodates 1–16 suction cups on 4 adjustable arms. No external air supply required. Ideal for machine tending, packaging, and material handling.

OnRobot VGC10 Vacuum Gripper

OnRobot VGC10 Vacuum Gripper from OnRobot is a end effector designed for robotics teams that need dependable hardware. The VGC10 is perfectly suited for tight spaces and smaller robot arms. Quick and easy to redeploy, with unlimited customization for nearly any application

OnRobot VGP20

Powerful electric vacuum gripper with 20 kg payload, 16 suction cups, and 0.25 s gripping time. Dual vacuum zones, no external air supply needed. Designed for heavy-duty packaging and palletizing of cardboard boxes.

OnRobot VGP30

High-payload pneumatic vacuum gripper with up to 30 kg capacity and 440 L/min air flow. Dual-channel system with intelligent vacuum control that auto-adjusts flow. Handles porous and irregularly shaped objects for heavy palletizing.

RCSV OpenArm V1 Follower

Research-grade 8-DOF robotic arm with 2 kg payload for pick-and-place, teleoperation, imitation learning, and flexible automation. Standard procurement for academic and commercial research applications. Manufactured at our partner facility in Shenzhen for cost-efficient research deployment. Single arm from $6,000. Dual-arm pair from $6,400. Optional wrist + head camera set adds $2,000. Each 2-week speedup in build queue adds $1,000. Supports ROS 2 and major end effectors. Ships from San Francisco, CA after acceptance test. For US federal-procurement requirements, see the OpenArm — US-Manufactured variant.

RCSV OpenArm V2 Follower

The OpenArm 2 robotic arm from SVRC targets developers building production or prototype robotic systems. OpenArm 2 — Robotics Center of Silicon ValleySkip to main content Same-Day Pickup — Available at our San Francisco office (90 Welsh St, San Francisco, CA 94107). Please allow 2 hours for order processing

RCSV OpenArm V1 Leader

Federal-procurement-ready research robotic arm, assembled and acceptance-tested at our San Francisco, California facility. TAA-compliant supply chain, Section 889 NDAA-compatible, Certificate of Origin and DFARS specialty-metals documentation available on request. Designed for DOD, NASA, NIH, NSF, and DOE laboratories and university researchers receiving federal grant funding. 8 DOF, 2 kg payload, ROS 2 native. Lead time 6-8 weeks standard, 10-12 weeks for custom builds.

RCSV OpenArm V1 Harness

The OpenArm Wiring Harness component & accessory from SVRC targets developers building production or prototype robotic systems. Replacement wiring harness for the OpenArm 8-DOF robotic arm. Compatible with all OpenArm configurations including single arm, dual arm, and tactile sensor variants

Orbbec Astra 2

Orbbec Astra 2 — compact structured light depth camera for education and robotics. 640×480 depth at 30fps, 0.4–4m range, 60°×49° FOV, USB. Affordable entry-level depth sensing for ROS-based robots, telepresence, and gesture recognition.

Orbbec Astra Stereo S U3

● Field of View at 67.9° Horizontal and 45.3° Vertical ● High quality depth data output from 0.25m to 2.5m ● Up to 30 fps at 1280X800 or 60 fps at 640X400 depth resolution ● Up to 30 frame per second at 1920*1080 RGB resolution ● Supports both USB 2.0/3.0 data and power operation

Orbbec Femto Bolt

Orbbec Femto Bolt — Azure Kinect successor. 1024×1024 depth at 30fps, 7-beam ToF, 0.5–3.8m range, IMU, 4K color camera. USB-C. Fully compatible with Azure Kinect SDK and Body Tracking SDK. Ideal for AI body tracking and spatial computing.

Orbbec Femto Mega

Orbbec Femto Mega — network-connected depth camera with PoE and USB-C. 1024×1024 depth at 30fps, 0.25–9m range, 4K color, IMU. Ethernet PoE for long-range deployment in fixed installations, retail analytics, and robotics infrastructure.

Orbbec Femto Mega I

The Orbbec Femto Mega I is an IP65 industrial depth and RGB camera. This ToF Camera offers 6DoF IMU, 4k RGB with HDR, a 120° FOV & much more. Shop Online.

Orbbec Gemini 2

Orbbec Gemini 2 structured light depth camera. 1280×800 depth at 30fps, 0.1–8m range, 87°×58° FOV. RGB + depth + IR. USB-C. OpenNI2 and OrbbecSDK compatible. Ideal for robotic manipulation, 3D scanning, and object detection.

Orbbec Gemini 215

Active stereo, reliable indoor scanning even on textureless surfaces On-chip depth processing Excellent depth accuracy < 0.5mm at 300mm Short-range depth 0.15 - 0.70m Real-time depth processing up to 1280 x 800 @ 30fps Minimum point distance/resolution: 0.16mm @ 0.15m Multi-device sync support for expanding field of view

Orbbec Gemini 2L

Global shutter for RGB and IR cameras Wide Field of View at 91° Horizontal and 66° Vertical High quality depth data output from 0.25m to 10m Up to 60fps at 640x400 and 30fps at 1280X800 depth resolutions USB Type-C for power and data connectivity Internal IMU Multi-camera synchronization

Orbbec Gemini 2 XL

Global shutter for RGB and IR cameras Wide Field of View at 91° Horizontal and 66° Vertical High quality depth data output from 0.4m to 20m USB 2.0 Type-C & Gigabit Ethernet data connectivity Internal IMU Multi-camera synchronization

Orbbec Gemini 305

Orbbec offers the Orbbec Gemini 305, a camera suited to demanding robotics and automation workloads. Orbbec Gemini 305 specifications include Use Environment of Indoor & Outdoor, Depth Technology of Stereo Vision, and Baseline of 18mm. Orbbec Gemini 305 gives engineers a practical camera option for lab validation and field rollout

Orbbec Gemini 335

Stereo vision depth camera from Orbbec's Gemini 330 series. Active & passive stereo, 0.10–20m+ range, 1280×800 depth at 30fps, 1920×1080 RGB, 90°×65° FOV, 50mm baseline, IP5X rated. 97g. Designed for AMRs, delivery robots, and cobot applications.

Orbbec Gemini 335L

Active/passive stereo ensures reliable performance in dynamic environments Outdoor and indoor operations with IP65 rating Built-in depth and RGB image processing Depth Measurement Accuracy: a Spatial Precision (Root Mean Squared Error: RMSE) of less than 0.8% for depth measurements at 2m Wide Field of View at 90° Horizontal and 65° Vertical Precise synchronization of depth and color frames; supports multiple-device synchronization

Orbbec Gemini 335Le

Orbbec offers the Orbbec Gemini 335Le, a camera suited to demanding robotics and automation workloads. Orbbec Gemini 335Le: rugged IP67 stereo vision camera with Gigabit Ethernet & PoE for AMRs, forklifts & robotic arms. Orbbec Gemini 335Le: rugged IP67 stereo vision camera with Gigabit Ethernet & PoE for AMRs, forklifts & robotic arms

Orbbec Gemini 335Lg

Stereo Vision 3D Camera Powered by GMSL2/FAKRA IP65 Support Multiple Deserialization Solutions Important Notice: Platform Compatibility Check Before purchasing, please review the Gemini 335Lg platform support document to ensure compatibility with your development environment. We regularly update platform support, but

Orbbec Gemini 336

Orbbec offers the Orbbec Gemini 336, a camera suited to demanding robotics and automation workloads. Stable Infrared Imaging Multimodal Perception Compact Size Stable Infrared Imaging Multimodal Perception Compact Size Stable Infrared Imaging Multimodal Perception Compact Size Sync Cable 8-Pin (1m) for Astra 2 and Gemini 2/330 Series Sync Cable 8-Pin (1m) for Femto Mega and Femto Bolt Sync Adaptor for Astra 2 and Gemini 2/330 Series Sync Adaptor for Femto Mega and Femto Bolt Spatial Precision≤ 1. 5% (1280 x 800 @ 2m & 90% x 90% ROI) Depth Resolution and Frame RateUp to 1280 x 800 @ 30fps RGB Resolution and Frame RateUp to 1920 x 1080 @ 30fps The Orbbec Gemini 336 supports practical deployment in robotics projects

Orbbec Gemini 336L

Orbbec Gemini 336L from Orbbec is a camera designed for robotics teams that need dependable hardware. Stable Infrared Imaging Further and Precise IP65 Rated Stable Infrared Imaging Further and Precise IP65 Rated Stable Infrared Imaging Further and Precise IP65 Rated Sync Cable 8-Pin (1m) for Astra 2 and Gemini 2/330 Series Sync Cable 8-Pin (1m) for Femto Mega and Femto Bolt Sync Adaptor for Astra 2 and Gemini 2/330 Series Sync Adaptor for Femto Mega and Femto Bolt Depth Resolution and Frame RateUp to：1280 x 800 @ 30fps; 848 x 530 @ 60fps RGB Resolution and Frame RateUp to：1280 × 800 @ 60fps; 1280 x 720 @ 60fps The Orbbec Gemini 336L supports practical deployment in robotics projects

Orbbec Gemini 435Le

Industrial-grade stereo vision camera with scene-configurable depth presets, IP67 protection, and Gigabit Ethernet with PoE. Delivers low-noise, high-density depth with exceptional edge and contour reproduction for AMRs, forklifts, inspection robots, and robotic arms.

Ouster OS0-128

Ultra-wide near-range digital LiDAR with 128 channels and 95° vertical FOV — the widest in any spinning lidar. 50 m range at 80% reflectivity, 2.62M pts/s. Ideal for close-range robotics, AGVs, and indoor mapping where full hemispherical coverage is needed.

Ouster OS1-128

High-resolution mid-range digital LiDAR sensor. 128 channels, up to 400 m range, 5.2M pts/s with dual returns. 45° vertical FOV, 360° horizontal. Best-in-class versatile sensor for autonomous vehicles, mapping, security, and general robotics applications.

Ouster OS2-128

Long-range digital LiDAR optimized for highway-speed applications. 128 channels, 240+ m range, 22.5° vertical FOV with ultra-tight 0.18° angular resolution. 2.62M pts/s. Designed for high-speed autonomous driving and long-range perimeter security.

OYMotion ROH-A002 Dexterous Hand

OYMotion ROH-A002 Dexterous Hand is a robotic hand built by OYMotion for integration into automated systems and research platforms. OYMotion ROH-A002 Dexterous Hand specifications include Vertical distance from the tip of the middle finger to the wrist of 184 mm, Vertical distance from thumb tip to wrist of 93 mm, and Thumb length of 111 mm. OYMotion ROH-A002 Dexterous Hand helps robotics teams reduce integration risk with documented robotic hand parameters

OYMotion ROH-AP001 Dexterous Hand

OYMotion offers the OYMotion ROH-AP001 Dexterous Hand, a robotic hand suited to demanding robotics and automation workloads. OYMotion ROH-AP001 Dexterous Hand specifications include Vertical distance from the tip of the middle finger to the wrist of 183 mm, Vertical distance from thumb tip to wrist of 95 mm, and Thumb length of 111 mm. OYMotion ROH-AP001 Dexterous Hand gives engineers a practical robotic hand option for lab validation and field rollout

OYMotion ROH-LiteS Dexterous Hand

OYMotion ROH-LiteS Dexterous Hand from OYMotion is a robotic hand designed for robotics teams that need dependable hardware. OYMotion ROH-LiteS Dexterous Hand specifications include Vertical distance from the tip of the middle finger to the wrist of 169 mm, Vertical distance from thumb tip to wrist of 97 mm, and Thumb length of 110 mm. Integrators specify OYMotion ROH-LiteS Dexterous Hand when they need repeatable robotic hand performance in deployed systems

PaXini connector-1 input

PaXini single-channel serial adapter board for connecting one PaXini tactile sensor to a host controller.

PaXini connector-10 input

PaXini 10-channel SPI breakout / connector box for interfacing multiple PaXini tactile sensors to a host controller.

PaXini connector-5 input

PaXini high-speed communication / integration board that aggregates up to 5 PX6AX-GEN3 tactile-sensor inputs and bridges them to SPI/UART/I2C host readout for a full dexterous hand.

PaXini DF53 Cable-180mm

PaXini custom matching harness / cable (180 mm) for PX6AX-GEN3 tactile sensors, terminated with Hirose DF53 0.6 mm-pitch wire-to-board connector for high-density fingertip integration.

PaXini DexH13

PaXini builds the bridge to an intelligent world, leading a global revolution in intelligent sensing. Its multi-dimensional product portfolio centers on 6D Hall array technology, including the third-generation high-precision multi-dimensional tactile sensor PX-6AX-GEN3, consumer-grade tactile sensor PX-3AX, multi-dimensional tactile dexterous hands GMH18, DexH13, and DexH5, the industry's first multi-dimensional tactile humanoid robot TORA DOUBLE ONE, and the next-generation lightweight multi-dimensional tactile humanoid robot TORA ONE.

PaXini DexH5

PaXini GMH18

The PaXini GMH18 robotic hand from PaXini targets developers building production or prototype robotic systems. GMH18 — an 18-DoF tactile robotic hand from PaXini, offering adaptive grasping, full-coverage sensor feedback, and high payload capacity for versatile humanoid and industrial robots. Discover the PaXini GMH18: an 18-DOF robotic hand with multi-dimensional tactile sensing, 20 kg payload capacity, and adaptive grasping

PaXini TORA DOUBLE ONE

PaXini TORA ONE

PaXini Tactile Sensor Kit

Photoneo MotionCam-3D M

Photoneo MotionCam-3D M from Photoneo is a camera designed for robotics teams that need dependable hardware. The M model of MotionCam-3D obtained a significant boost of the scanning range compared to. The M model of MotionCam-3D obtained a significant boost of the scanning range compared to its smaller brother from the S class

Photoneo PhoXi 3D Scanner M

Gen3 medium-range structured-light 3D scanner. 5.1 MP point cloud, blue laser, 38 cm - 1 m scanning volume. Aluminum housing under 1.5 kg, IP65, PoE single-cable connection. Designed for bin picking, inspection, robotic arm mounting.

PL-WitHand Dexterous Hand

PL-WitHand Dexterous Hand is a robotic hand built by PL-Universe Robotics for integration into automated systems and research platforms. PL-WitHand introduces a tendon-linkage hybrid transmission design that merges flexibility with high-precision control. Driven by the self-developed ProxiGrasp intelligent grasping algorithm, the product fully leverages its hardware capabilities to adapt autonomously to complex tasks and deliver precise performance across applications—from industrial automation and precision medicine to extreme environment operations and high-fidelity VR interaction

Raspberry Pi 5 - 4GB

The Raspberry Pi 5 (4GB) compute platform from Raspberry Pi targets developers building production or prototype robotic systems. With 2–3× the speed of the previous generation, and featuring silicon designed in‑house for the best possible performance, we’ve redefined the Raspberry Pi experience. For power users and professional applications

Raspberry Pi 5 - 8GB

Rhasberry Pie 5-8G is a compute platform built by Raspberry Pi for integration into automated systems and research platforms. Rhasberry Pie 5-8G specifications include CPU of Quad-core Cortex-A76 @ 2.4 GHz, RAM of 8 GB LPDDR4X, and GPU of VideoCore VII. Rhasberry Pie 5-8G helps robotics teams reduce integration risk with documented compute platform parameters

Raspberry Pi Compute Module 4

Raspberry Pi Compute Module 4 is a compute platform built by Raspberry Pi for integration into automated systems and research platforms. The power of Raspberry Pi 4 in a compact form factor for deeply embedded applications. The power of Raspberry Pi 4 in a compact form factor for deeply embedded applications. The Raspberry Pi Compute Module 4 supports practical deployment in robotics projects

Raspberry Pi Zero 2 W

Raspberry Pi offers the Raspberry Pi Zero 2 W, a compute platform suited to demanding robotics and automation workloads. Raspberry Pi Zero 2 W specifications include CPU of Quad-core Cortex-A53 @ 1 GHz, RAM of 512 MB SDRAM, and Connectivity of Wi-Fi, Bluetooth 4.2. Raspberry Pi Zero 2 W gives engineers a practical compute platform option for lab validation and field rollout

RCSV RC C1 Camera

Buy or lease 90+ humanoids, arms, and quadrupeds. Custom teleoperation datasets and reinforcement learning environments for VLA and foundation-model research. San Francisco lab, global shipping, trusted by research teams at 6+ universities.

RCSV RC G1 Tactile Glove

RCSV E1 Ego Camera Set

egocentric (Ego) camera data; billed hourly; SVRCdata product | added via migration 2026-07 | src SupplierID=S00001

RCSV Ego Kit-Wrist Strap

RCSV Ego Kit-Wrist Strap from SVRC for robotics research, teleoperation, and deployment. Available through Robotics Center.

RealMan Eco65

6-DoF lightweight collaborative arm; 5 kg payload, 610 mm reach (627 mm force version), +/-0.05 mm repeatability, ~7.8 kg weight, mechanical brakes on all joints; optional built-in 6-axis force/torque sensor.

RealMan Gripper

RealMan gripper accessory from RealMan (Beijing).

RealSense D405-Refurbished

RealSense D405-Refurbished from Intel for robotics research, teleoperation, and deployment. Available through Robotics Center.

RealSense D415

Intel RealSense D415 stereo depth camera: rolling shutter, narrower ~65x40 deg FoV for high-precision use, up to 1280x720 depth @ 90 fps, 1080p RGB, USB-C.

RealSense D435

The RealSense™ depth camera D435 is a stereo solution, offering quality depth for a variety of applications. Its wide field of view is perfect for applications such as robotics or augmented and virtual reality, where seeing as much of the scene as possible is vitally important. With a range up to 10m, this small form factor camera can be integrated into any solution with ease, and comes complete with our RealSense SDK 2.0 and cross-platform support.

RealSense D435i-Refurbished

RealSense D435i-Refurbished from Intel for robotics research, teleoperation, and deployment. Available through Robotics Center.

RealSense D455-Refurbished

Intel Real Sense D 455 depth camera; FOV 86°, baseline 95 mm, 4 m error margin<2%, global shutter. Source: intel.com

RichBeam KoraBeam LiDAR

The RichBeam KoraBeam LiDAR lidar from RichBeam targets developers building production or prototype robotic systems. RichBeam KoraBeam LiDAR specifications include Model of KoraBeam1, Range Principle of dToF, and Horizontal FOV of 270°. Projects standardize on RichBeam KoraBeam LiDAR when lidar accuracy and supportability matter

RichBeam LakiBeam LiDAR

RichBeam offers the RichBeam LakiBeam LiDAR, a lidar suited to demanding robotics and automation workloads. RichBeam LakiBeam LiDAR specifications include Model of LakiBeam1, Scanning Principle of Mechanical Rotation, and Range Principle of TOF. RichBeam LakiBeam LiDAR gives engineers a practical lidar option for lab validation and field rollout

Rizon Jetson Orin AGX Development Kit 64GB

Rizon Jetson Orin AGX Development Kit 64GB from Rizon for robotics research, teleoperation, and deployment. Available through Robotics Center.

RoboParty Roboto Origin

The RoboParty Roboto Origin data & research kit from RoboParty targets developers building production or prototype robotic systems. RoboParty Roboto Origin specifications include Height of 1.25 m, Weight of 34 kg, and Thigh Length of 250 mm. Projects standardize on RoboParty Roboto Origin when data & research kit accuracy and supportability matter

RoboSense Bpearl 360 deg Hemispherical LiDAR

Compact mechanical LiDAR with 360 deg x 90 deg hemispherical FOV, designed for blind-spot coverage on vehicles and 3D perception on AMRs / cleaning robots. 32 beams, 30 m range.

RoboSense E1 Solid-State LiDAR

RoboSense E1 Solid-State LiDAR is a lidar built by RoboSense for integration into automated systems and research platforms. RoboSense E1 Solid-State LiDAR specifications include range_m of 150, fov_deg of 120x25, and framerate_hz of 25. RoboSense E1 Solid-State LiDAR helps robotics teams reduce integration risk with documented lidar parameters

RoboSense Helios-32 Mechanical LiDAR

RoboSense Helios-32 Mechanical LiDAR from RoboSense is a lidar designed for robotics teams that need dependable hardware. RoboSense Helios-32 Mechanical LiDAR specifications include channels of 32, range_m of 70, and fov_deg of 360x70. Integrators specify RoboSense Helios-32 Mechanical LiDAR when they need repeatable lidar performance in deployed systems

RoboSense M1 Plus Solid-State LiDAR

Long-range MEMS solid-state LiDAR. 200 m range, 0.2 deg x 0.1 deg angular resolution, 1.57 M pts/s, 120 deg x 25 deg FOV. AEC-Q100 + ASIL-B qualified, IP6K9K rated for autonomous vehicle and outdoor robotics integration.

RobotEra STAR1

RobotEra is a Tsinghua University-affiliated embodied intelligence company focused on full-stack hardware and software R&D to build general-purpose intelligent agents. It has completed nearly 500 million RMB in Series A funding, achieved scaled product delivery, and counts 9 of the world's top 10 technology companies by market cap among its customers.

Robotiq 2F-140 Adaptive Gripper

Robotiq offers the Robotiq 2F-140 Gripper, a end effector suited to demanding robotics and automation workloads. Robotiq 2F-140 Gripper specifications include Stroke of 50 mm (2.0 in), Payload of 7 kg (15 lb), and Stroke of 50 mm (2 in) or 100 mm (3.94 in). Robotiq 2F-140 Gripper gives engineers a practical end effector option for lab validation and field rollout

Robotiq 2F-85 Adaptive Gripper

Robotiq 2F-85 Adaptive Gripper from Robotiq is a end effector designed for robotics teams that need dependable hardware. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications

Robotiq 3-Finger Adaptive Gripper

The Robotiq 3-Finger Adaptive Gripper end effector from Robotiq targets developers building production or prototype robotic systems. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications

Robotiq AirPick Vacuum Gripper

Robotiq AirPick Vacuum Gripper is a end effector built by Robotiq for integration into automated systems and research platforms. Robotiq's Vacuum Grippers, PowerPick and EPick, excel in handling irregular and diverse material parts across various applications. Robotiq's Vacuum Grippers, PowerPick and EPick, excel in handling irregular and diverse material parts across various applications

Robotiq EPick Vacuum Gripper

Robotiq EPick electric vacuum gripper — no compressor needed. Configurable 1–4 suction cup layout, integrated pump, object detection and grasp monitoring. For pick-and-place of flat, non-porous parts. Plug-and-play with Universal Robots. Contact for pricing.

Robotiq FT 300-S

Robotiq FT 300-S Force Torque Sensor from Robotiq is a sensor designed for robotics teams that need dependable hardware. Explore the FT 300-S, a multi-axis force and torque sensor that enhances robot precision for force-sensitive tasks and simplifies programming. Explore the FT 300-S, a multi-axis force and torque sensor that enhances robot precision for force-sensitive tasks and simplifies programming

Robotiq Hand-E C10 Adaptive Gripper

Robotiq offers the Robotiq Hand-E C10 Adaptive Gripper, a end effector suited to demanding robotics and automation workloads. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications

Robotiq Hand-E Adaptive Gripper

Robotiq offers the Robotiq Hand-E Gripper, a end effector suited to demanding robotics and automation workloads. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications. Robotiq's Adaptive Grippers like Hand-E, 2F-85, 2F-140, and 3-Finger, enhance collaborative robots for a full range of applications

Robotiq PowerPick Multi Vacuum Gripper

Robotiq PowerPick Multi Vacuum Gripper from Robotiq is a end effector designed for robotics teams that need dependable hardware. Robotiq PowerPick Multi Vacuum Gripper specifications include Stroke of 50 mm (2.0 in), Vacuum Generation Source of Compressed Air, and Material Compatibility of Porous. Integrators specify Robotiq PowerPick Multi Vacuum Gripper when they need repeatable end effector performance in deployed systems

Robotiq Sanding Kit

Robotiq offers the Robotiq Sanding Kit, a end effector suited to demanding robotics and automation workloads. Reduce programming time from hours to minutes. Automate sanding tasks the easy way with the only sanding solution for Universal Robots. The Robotiq Sanding Kit supports practical deployment in robotics projects

Robotiq Wrist Camera

Robotiq offers the Robotiq Wrist Camera, a sensor suited to demanding robotics and automation workloads. Discover the Robotiq Wrist Camera: the compact, easy-to-use vision system for Universal Robots, perfect for precise automation tasks. Discover the Robotiq Wrist Camera: the compact, easy-to-use vision system for Universal Robots, perfect for precise automation tasks

ROBOTIS DYNAMIXEL MX-106T

The DYNAMIXEL MX-106T actuator & motor from ROBOTIS targets developers building production or prototype robotic systems. DYNAMIXEL MX-106T specifications include MX-106T of 1, HN05-N102 of 1, and Thrust Washer (for horn) of 1. Projects standardize on DYNAMIXEL MX-106T when actuator & motor accuracy and supportability matter

ROBOTIS DYNAMIXEL PH54-200-S500-R

ROBOTIS offers the DYNAMIXEL PH54-200-S500-R, a actuator & motor suited to demanding robotics and automation workloads. DYNAMIXEL PH54-200-S500-R specifications include PH54-200-S500-R of Quantity: 1 | Description: DYNAMIXEL Servo, Robot Cable-X4P 300mm (Convertible) of Quantity: 1 | Description: RS485 4P Cable (MOLEX-JST), and Robot Cable-X4P 300mm of Quantity: 1 | Description: RS485 4P Cable (JST-JST). DYNAMIXEL PH54-200-S500-R gives engineers a practical actuator & motor option for lab validation and field rollout

ROBOTIS DYNAMIXEL XD430-T350-R

DYNAMIXEL XD430-T350-R is a actuator & motor built by ROBOTIS for integration into automated systems and research platforms. DYNAMIXEL XD430-T350-R specifications include XD430-T350-R of Quantity: 1 | Description: DYNAMIXEL Servo, HN12-N101 of Quantity: 1 | Description: Servo Horn, and Robot Cable-X4P 180mm of Quantity: 1 | Description: RS485 4p Cable (JST-JST). DYNAMIXEL XD430-T350-R helps robotics teams reduce integration risk with documented actuator & motor parameters

ROBOTIS DYNAMIXEL XH430-W350-T

DYNAMIXEL XH430-W350-T is a actuator & motor built by ROBOTIS for integration into automated systems and research platforms. ROBOTIS is a global robot solutions provider and one of the leading manufacturers of robotic hardware. ROBOTIS is the exclusive producer of the DYNAMIXEL brand of all-in-one smart servos. The DYNAMIXEL XH430-W350-T supports practical deployment in robotics projects

ROBOTIS DYNAMIXEL XL430-W250-T

ROBOTIS offers the DYNAMIXEL XL430-W250-T, a actuator & motor suited to demanding robotics and automation workloads. DYNAMIXEL XL430-W250-T specifications include XL430-W250-T of Quantity: 1 | Description: DYNAMIXEL Servo, HN11-N101 of Quantity: 1 | Description: Preinstalled, and Robot Cable-X3P 180mm of Quantity: 1 | Description: TTL 3p Cable (JST-JST). DYNAMIXEL XL430-W250-T gives engineers a practical actuator & motor option for lab validation and field rollout

ROBOTIS DYNAMIXEL XM430-W350-T

The DYNAMIXEL XM430-W350-T actuator & motor from ROBOTIS targets developers building production or prototype robotic systems. DYNAMIXEL XM430-W350-T specifications include XM430-W350-R of Quantity: 1 | Description: DYNAMIXEL Servo, HN12-N101 of Quantity: 1 | Description: Servo Horn, and Robot Cable-X3P 180mm of Quantity: 1 | Description: TTL 3p Cable (JST-JST). Projects standardize on DYNAMIXEL XM430-W350-T when actuator & motor accuracy and supportability matter

ROBOTIS DYNAMIXEL XW430-T333-R

ROBOTIS offers the DYNAMIXEL XW430-T333-R, a actuator & motor suited to demanding robotics and automation workloads. DYNAMIXEL XW430-T333-R specifications include XW430-T333-R of Quantity: 1 | Description: DYNAMIXEL Servo, HN12-N105 of Quantity: 1 | Description: Servo Horn, and Robot Cable-WP 1000mm of Quantity: 1 | Description: RS485 Waterproof Cable. DYNAMIXEL XW430-T333-R gives engineers a practical actuator & motor option for lab validation and field rollout

Robstride RS-00 Actuator

RobStride is committed to using integrated motor fusion technology to provide high-performance, high-stability, low-mass, compact integrated motor modules for robots, lightweight industrial equipment, and various automation scenarios. RobStride has full in-house R&D and design capabilities for motor drives, motor bodies, and motor reducers, along with extensive mass-production experience.

Robstride RS-01 Actuator

Robstride RS-02 Actuator

Robstride RS-03 Actuator

Robstride RS-04 Actuator

Robstride RS-05 Actuator

Robstride RS-06 Actuator

RUIYAN RY-H1 Dexterous Hand

RUIYAN RY-H1 Dexterous Hand is a component & accessory built by RUIYAN for integration into automated systems and research platforms. RUIYAN RY-H1 Dexterous Hand specifications include Fingers of 5, Degrees of Freedom of 16 (16 Active DOF + 5 Passive DOF), and Number of Joints of 21. RUIYAN RY-H1 Dexterous Hand helps robotics teams reduce integration risk with documented component & accessory parameters

RUIYAN RY-H2 Dexterous Hand

RUIYAN RY-H2 Dexterous Hand is a component & accessory built by RUIYAN for integration into automated systems and research platforms. RUIYAN RY-H2 Dexterous Hand specifications include Product Name of Fingers5, Degrees of Freedom of 6 (6 Active DOF + 5 Passive DOF), and Number of Joints of 11. RUIYAN RY-H2 Dexterous Hand helps robotics teams reduce integration risk with documented component & accessory parameters

Sanctuary AI Phoenix

General-purpose humanoid with industry-leading dexterous hands (20+ DOF per hand). 170 cm tall, 70 kg, 25 kg payload. Moves at 3 km/h. 8th generation with Carbon AI cognitive architecture combining LLMs, deep learning, and reinforcement learning. Tactile finger sensors detect forces as low as 5 mN.

Schunk Co-act EGP-C

World's first DGUV-certified industrial gripper for collaborative operation. 2-finger parallel gripper with 12 mm stroke (size 40), 35–140 N gripping force, up to 0.7 kg recommended payload. 24 V digital I/O control. Compatible with Universal Robots, Doosan, and Omron/Techman cobots.

Schunk EGH

Flexible electric centric gripper with long, adjustable stroke for cobot applications. 40 mm stroke per jaw, 50–100 N gripping force (size 80), freely programmable finger position. IO-Link control, integrated LED status indicator, 24 V. Quick-setup plug-and-work design for UR robots — ready in 30 minutes from unboxing.

Schunk EGK 40

Electric parallel gripper for precise small-component handling. 41.5 mm stroke per jaw, 55–150 N adjustable gripping force, 0.97 kg weight. 24 V power supply, 55°C max ambient temp. Available with EtherCAT, Modbus RTU, IO-Link, and EtherNet/IP communication interfaces.

Schunk EGP 40

Compact electric 2-finger parallel gripper for small component handling. 6 mm stroke per jaw, 35–140 N gripping force, roller-bearing guided base jaws. 0.2 s open/close time, 24 V, 2 A max. Ideal for high-speed pick-and-place and assembly automation.

SenseXperience

SenseXperience is IO's series of proprietary integrated hardware and software solutions for capturing high-quality, real-world human egocentric and UMI-style data. With various configurations available, including the lightweight baseline, customizable versions, and multi-modal solutions including tactile sensors, SenseXperience is designed for scalable human data. Through integration with EmbodiFlow data pipelines, SenseXperience offers seamless transformation of raw image, audio, IMU, and sensor data into ready-to-use training data for robotics models through IO-Agent-Lab custom-trained post-processing algorithms.

Sharpa Wave (Left)

Sharpa offers the Sharpa Hand, a robotic hand suited to demanding robotics and automation workloads. Sharpa Hand specifications include Active Degrees of Freedom of 22, Scale of Human 1:1, and Fingertip Force of 20 N. Sharpa Hand gives engineers a practical robotic hand option for lab validation and field rollout

Sharpa Wave (Right)

SharpaWave dexterous robotic hand: 22 DoF human-scale hand (~1200g, 200x90x50mm) with proprietary vision-based Dynamic Tactile Array (>1000 tactile pixels per fingertip, 0-30N range, 0.005N sensitivity, 180 FPS), 20N fingertip force, >4Hz gesture speed.

SkylandX MetaCam Air2 LiDAR Scanner

SkylandX offers the SkylandX MetaCam Air2 LiDAR Scanner, a camera suited to demanding robotics and automation workloads. SkylandX MetaCam Air2 LiDAR Scanner specifications include Weight of 680g (without battery) / 1010g (with battery), Dimensions of 298*105*104mm, 133*105*104mm, and Wireless Connection of Built-in WiFi Hotspot. SkylandX MetaCam Air2 LiDAR Scanner gives engineers a practical camera option for lab validation and field rollout

SLAMTEC Aurora LiDAR

SLAMTEC offers the SLAMTEC Aurora LiDAR, a lidar suited to demanding robotics and automation workloads. SLAMTEC Aurora LiDAR specifications include Power input of DC12V-2A (DC5.5x2.1mm), Power of 10W (typical), and Data interface of 1 x USB-C (No power delivery) 1 x Ethernet (RJ45). SLAMTEC Aurora LiDAR gives engineers a practical lidar option for lab validation and field rollout

SLAMTEC Aurora S LiDAR

SLAMTEC Aurora S LiDAR from SLAMTEC is a lidar designed for robotics teams that need dependable hardware. SLAMTEC Aurora S LiDAR specifications include Maximum Mapping Area of >1,000,000 ㎡, Relocation of Global relocation is supported, with an accuracy ± 5cm, and Map Management of Supports incremental mapping, map loading and saving. Integrators specify SLAMTEC Aurora S LiDAR when they need repeatable lidar performance in deployed systems

SLAMTEC LPX-E3P1 LiDAR

SLAMTEC offers the SLAMTEC LPX-E3P1 LiDAR, a lidar suited to demanding robotics and automation workloads. SLAMTEC LPX-E3P1 LiDAR specifications include Model of SLAMTEC LPX-E3P1, Measurement principle of SL-dTOF, and Application of Indoor and Outdoor (≥80Klux). SLAMTEC LPX-E3P1 LiDAR gives engineers a practical lidar option for lab validation and field rollout

SLAMTEC LPX-T1 LiDAR

SLAMTEC LPX-T1 LiDAR from SLAMTEC is a lidar designed for robotics teams that need dependable hardware. SLAMTEC LPX-T1 LiDAR specifications include Model of SLAMTEC LPX-T1, Application Field of Indoor/Outdoor, and Light Source of infrared laser(905nm). Integrators specify SLAMTEC LPX-T1 LiDAR when they need repeatable lidar performance in deployed systems

SLAMTEC Mapper M2M3 LiDAR

SLAMTEC Mapper M2M3 LiDAR from SLAMTEC is a lidar designed for robotics teams that need dependable hardware. SLAMTEC Mapper M2M3 LiDAR specifications include Model of SLAMTEC Mapper M2M3, Distance Range of 40m, and Sample Rate of 10kHz. Integrators specify SLAMTEC Mapper M2M3 LiDAR when they need repeatable lidar performance in deployed systems

SLAMTEC RPLIDAR A1 LiDAR

SLAMTEC offers the SLAMTEC RPLIDAR A1 LiDAR, a lidar suited to demanding robotics and automation workloads. SLAMTEC RPLIDAR A1 LiDAR specifications include Model of SLAMTEC RPLIDAR A1, Distance Range of 0.15-12m, and Angular Range of 0-360°. SLAMTEC RPLIDAR A1 LiDAR gives engineers a practical lidar option for lab validation and field rollout

SLAMTEC RPLIDAR A2 LiDAR

SLAMTEC offers the SLAMTEC RPLIDAR A2 LiDAR, a lidar suited to demanding robotics and automation workloads. SLAMTEC RPLIDAR A2 LiDAR specifications include Model of SLAMTEC RPLIDAR A2, Application Scenarios of Extreme performance Ideal for indoor environments with maximum ranging distance and sampling frequency., and Operating Range of White object: 12 meters. SLAMTEC RPLIDAR A2 LiDAR gives engineers a practical lidar option for lab validation and field rollout

SLAMTEC RPLIDAR A3 LiDAR

SLAMTEC offers the SLAMTEC RPLIDAR A3 LiDAR, a lidar suited to demanding robotics and automation workloads. SLAMTEC RPLIDAR A3 LiDAR specifications include Model of SLAMTEC RPLIDAR A3, Operating Range of White object: 20 meters, and Operating Range of Black object: TBD. SLAMTEC RPLIDAR A3 LiDAR gives engineers a practical lidar option for lab validation and field rollout

SLAMTEC RPLIDAR C1 LiDAR

SLAMTEC RPLIDAR C1 LiDAR from SLAMTEC is a lidar designed for robotics teams that need dependable hardware. SLAMTEC RPLIDAR C1 LiDAR specifications include Model of SLAMTEC RPLIDAR C1, Distance Range of White object: 0.05-12 meters (under 70% reflection), and Distance Range of Black object: 0.05-6 meters (under 10% reflection). Integrators specify SLAMTEC RPLIDAR C1 LiDAR when they need repeatable lidar performance in deployed systems

SLAMTEC RPLIDAR S2 LiDAR

SLAMTEC RPLIDAR S2 LiDAR from SLAMTEC is a lidar designed for robotics teams that need dependable hardware. SLAMTEC RPLIDAR S2 LiDAR specifications include Model of SLAMTEC RPLIDAR S2, Application Scenarios of Ideal for both outdoor and indoor environments with reliable resistance to daylight, and Distance Range of White object: 0.05-30 meters (under 90% reflection). Integrators specify SLAMTEC RPLIDAR S2 LiDAR when they need repeatable lidar performance in deployed systems

SLAMTEC RPLIDAR S3 LiDAR

SLAMTEC RPLIDAR S3 LiDAR from SLAMTEC is a lidar designed for robotics teams that need dependable hardware. SLAMTEC RPLIDAR S3 LiDAR specifications include Model of SLAMTEC RPLIDAR S3, Application Scenarios of Ideal for both outdoor and indoor environments with reliable resistance to daylight（≥80Klux）, and Distance Range of White object: 0.05-40 meters (under 70% reflection). Integrators specify SLAMTEC RPLIDAR S3 LiDAR when they need repeatable lidar performance in deployed systems

SO Arm 101

The SO-ARM101 is an open-source, low-cost 6-DOF robotic arm designed for AI and robotics research. Built on the SO-100 platform, it features high-torque servo motors and a lightweight aluminum frame, making it ideal for imitation learning, teleoperation, and manipulation research.

SteadyWin 4210AIO Servo Motor

The SteadyWin 4210AIO Servo Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin 4210AIO Servo Motor specifications include Model of 4210AIO, Nominal Voltage of 24V±10%, and Power of 35 W. Projects standardize on SteadyWin 4210AIO Servo Motor when actuator & motor accuracy and supportability matter

SteadyWin 4215AIO Servo Motor

SteadyWin 4215AIO Servo Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin 4215AIO Servo Motor specifications include Model of 4215AIO, Nominal Voltage of 24V±10%, and Power of 50 W. Integrators specify SteadyWin 4215AIO Servo Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin 5715AIO Servo Motor

SteadyWin offers the SteadyWin 5715AIO Servo Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin 5715AIO Servo Motor specifications include Model of 5715AIO, Nominal Voltage of 24~36V, and Power of 50 W. SteadyWin 5715AIO Servo Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin 5730AIO Servo Motor

SteadyWin offers the SteadyWin 5730AIO Servo Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin 5730AIO Servo Motor specifications include Model of 5730AIO, Nominal Voltage of 24~36V, and Power of 100 W. SteadyWin 5730AIO Servo Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin DD11025 Motor

The SteadyWin DD11025 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin DD11025 Motor specifications include Nominal voltage of 24V, Voltage range of 12~40V, and Nominal current of 3.8A. Projects standardize on SteadyWin DD11025 Motor when actuator & motor accuracy and supportability matter

SteadyWin DD4006 Motor

SteadyWin offers the SteadyWin DD4006 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin DD4006 Motor specifications include Nominal voltage of 12V, Voltage range of 12~28V, and Nominal current of 1.1A. SteadyWin DD4006 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin DD5010 Motor

SteadyWin DD5010 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin DD5010 Motor specifications include Nominal voltage of 24V, Voltage range of 10~28V, and Nominal current of 0.9A. SteadyWin DD5010 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin DD6015 Motor

SteadyWin DD6015 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin DD6015 Motor specifications include Nominal voltage of 24V, Voltage range of 10~40V, and Nominal current of 1.6A. SteadyWin DD6015 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin DD7010 Motor

The SteadyWin DD7010 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin DD7010 Motor specifications include Nominal voltage of 24V, Voltage range of 12~40V, and Nominal current of 3.1A. Projects standardize on SteadyWin DD7010 Motor when actuator & motor accuracy and supportability matter

SteadyWin DD8015 Motor

SteadyWin offers the SteadyWin DD8015 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin DD8015 Motor specifications include Nominal voltage of 24V, Voltage range of 12~40V, and Nominal current of 2.9A. SteadyWin DD8015 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin DD9015 Motor

SteadyWin offers the SteadyWin DD9015 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin DD9015 Motor specifications include Modle of DD9015-1, Nominal voltage of 24V, and Voltage range of 12~40V. SteadyWin DD9015 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GB1105 Motor

SteadyWin GB1105 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB1105 Motor specifications include Model of GB1105CH, Nominal Voltage of 12V, and Nominal Torque of 0.01N·m. Integrators specify SteadyWin GB1105 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB1806 Motor

The SteadyWin GB1806 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GB1806 Motor specifications include Model of GB1806, Nominal Voltage of 12V, and Nominal Torque of 0.03N·m. Projects standardize on SteadyWin GB1806 Motor when actuator & motor accuracy and supportability matter

SteadyWin GB2205 Motor

The SteadyWin GB2205 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GB2205 Motor specifications include Model of GB2205, Nominal Voltage of 12V, and Nominal Torque of 0..04N·m. Projects standardize on SteadyWin GB2205 Motor when actuator & motor accuracy and supportability matter

SteadyWin GB2806 Motor

SteadyWin GB2806 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB2806 Motor specifications include Model of GB2806, Nominal Voltage of 12V, and Nominal Torque of 0.06N·m. Integrators specify SteadyWin GB2806 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB3506 Motor

SteadyWin GB3506 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB3506 Motor specifications include Model of GB3506, Nominal Voltage of 12V, and Nominal Torque of 0.09 N·m. Integrators specify SteadyWin GB3506 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB3510 Motor

SteadyWin GB3510 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB3510 Motor specifications include Model of GB3510, Nominal Voltage of 12V, and Nominal Torque of 0.11 N·m. Integrators specify SteadyWin GB3510 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB4310 Motor

The SteadyWin GB4310 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GB4310 Motor specifications include Model of GB4310, Nominal Voltage of 24V, and Nominal Torque of 0.2N·m. Projects standardize on SteadyWin GB4310 Motor when actuator & motor accuracy and supportability matter

SteadyWin GB4315 Motor

SteadyWin offers the SteadyWin GB4315 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GB4315 Motor specifications include Model of GB4315, Nominal Voltage of 24V, and Nominal Torque of 0.28N·m. SteadyWin GB4315 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GB5210 Motor

SteadyWin GB5210 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB5210 Motor specifications include Model of GB5210, Nominal Voltage of 24V, and Nominal Torque of 0.46 N·m. Integrators specify SteadyWin GB5210 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB5215 Motor

The SteadyWin GB5215 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GB5215 Motor specifications include Model of GB5215, Nominal Voltage of 24V, and Nominal Torque of 0.76 N·m. Projects standardize on SteadyWin GB5215 Motor when actuator & motor accuracy and supportability matter

SteadyWin GB5225 Motor

SteadyWin GB5225 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB5225 Motor specifications include Model of GB5225, Nominal Voltage of 24V, and Nominal Torque of 1.26 N·m. Integrators specify SteadyWin GB5225 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB6010 Motor

SteadyWin GB6010 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB6010 Motor specifications include Model of GB6010, Nominal Voltage of 36V, and Nominal Torque of 0.8 N·m. Integrators specify SteadyWin GB6010 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB6025 Motor

SteadyWin GB6025 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB6025 Motor specifications include Model of GB6025, Nominal Voltage of 36V, and Nominal Torque of 1.77 N·m. Integrators specify SteadyWin GB6025 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GB7215 Motor

SteadyWin GB7215 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GB7215 Motor specifications include Model of GB7215, Nominal Voltage of 24V, and Nominal Torque of 1.2N·m. SteadyWin GB7215 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GB8115 Motor

SteadyWin GB8115 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GB8115 Motor specifications include Model of GB8115-1, Nominal Voltage of 24V, and Nominal Torque of 1.1 N·m. Integrators specify SteadyWin GB8115 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM3505-36

SteadyWin GIM3505-36 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM3505-36 Planetary Reducer Motor specifications include Model of GIM3505-36, Winding method of Y, and Rated voltage of 24V. Integrators specify SteadyWin GIM3505-36 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM3505-8

SteadyWin GIM3505-8 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM3505-8 Planetary Reducer Motor specifications include Model of GIM3505-8, Driver Model of GDS34, and Nominal Voltage of 24 V (12-48V range). Integrators specify SteadyWin GIM3505-8 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM3505-9

SteadyWin GIM3505-9 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM3505-9 Planetary Reducer Motor specifications include Model of GIM3505-9, Winding method of Y, and Rated voltage of 24V. Integrators specify SteadyWin GIM3505-9 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM3510-64

SteadyWin GIM3510-64 Planetary Reducer Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GIM3510-64 Planetary Reducer Motor specifications include Model of GIM3510-64, Driver Model of GDZ34, and Nominal Voltage of 24 V (12-40V range). SteadyWin GIM3510-64 Planetary Reducer Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GIM3510-8

SteadyWin offers the SteadyWin GIM3510-8 Planetary Reducer Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GIM3510-8 Planetary Reducer Motor specifications include Model of GIM3510-8, Driver Model of GDZ34, and Nominal Voltage of 24 V (12-40V range). SteadyWin GIM3510-8 Planetary Reducer Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GIM4305-10

SteadyWin GIM4305-10 Planetary Reducer Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GIM4305-10 Planetary Reducer Motor specifications include Model of GIM4305-10, Driver Model of GDZ34(SDC216), and Nominal Voltage of 24V (12-40V range). SteadyWin GIM4305-10 Planetary Reducer Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GIM4310-10

The SteadyWin GIM4310-10 Planetary Reducer Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GIM4310-10 Planetary Reducer Motor specifications include Model of GIM4310-10, Driver Model of GDS34, and Nominal Voltage of 24 V (12-48V range). Projects standardize on SteadyWin GIM4310-10 Planetary Reducer Motor when actuator & motor accuracy and supportability matter

SteadyWin GIM4310-36

SteadyWin GIM4310-36 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM4310-36 Planetary Reducer Motor specifications include Model of GIM4310-36, Driver Model of GDS34, and Nominal Voltage of 24 V (12-48V range). Integrators specify SteadyWin GIM4310-36 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM4310-40

SteadyWin offers the SteadyWin GIM4310-40 Planetary Reducer Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GIM4310-40 Planetary Reducer Motor specifications include Model of GIM4310-40, Winding Type of Y, and Driver Model of GDZ4-40. SteadyWin GIM4310-40 Planetary Reducer Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GIM4315-8

SteadyWin GIM4315-8 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM4315-8 Planetary Reducer Motor specifications include Model of GIM4315-8, Driver Model of GDZ468, and Nominal Voltage of 24 V (12-40V range). Integrators specify SteadyWin GIM4315-8 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM6010-36

SteadyWin GIM6010-36 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM6010-36 Planetary Reducer Motor specifications include Model of GIM6010-36, Driver Model of SDC102, and Nominal Voltage of 48 V (12-56V range). Integrators specify SteadyWin GIM6010-36 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM6010-48

SteadyWin GIM6010-48 Planetary Reducer Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GIM6010-48 Planetary Reducer Motor specifications include Model of GIM6010-48, Driver Model of GDS68, and Nominal Voltage of 24 V (12-56V range). SteadyWin GIM6010-48 Planetary Reducer Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GIM6010-6

SteadyWin GIM6010-6 Planetary Reducer Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GIM6010-6 Planetary Reducer Motor specifications include Model of GIM6010-6, Driver Model of GDS6, and Nominal Voltage of 24 V (12-48V range). SteadyWin GIM6010-6 Planetary Reducer Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GIM6010-8

The SteadyWin GIM6010-8 Planetary Reducer Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GIM6010-8 Planetary Reducer Motor specifications include Model of GIM6010-8, Driver Model of SDC104, and Nominal Voltage of 24V ( 12~56V Range ). Projects standardize on SteadyWin GIM6010-8 Planetary Reducer Motor when actuator & motor accuracy and supportability matter

SteadyWin GIM8108-36

SteadyWin offers the SteadyWin GIM8108-36 Planetary Reducer Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GIM8108-36 Planetary Reducer Motor specifications include Model of GIM8108-36, Driver Model of SDC103, and Nominal Voltage of 48 V (24-48V range). SteadyWin GIM8108-36 Planetary Reducer Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GIM8108-48

SteadyWin offers the SteadyWin GIM8108-48 Planetary Reducer Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GIM8108-48 Planetary Reducer Motor specifications include Model of GIM8108-48, Driver Model of SDC104, and Nominal Voltage of 48 V (24-56V range). SteadyWin GIM8108-48 Planetary Reducer Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GIM8108-6

SteadyWin GIM8108-6 Planetary Reducer Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GIM8108-6 Planetary Reducer Motor specifications include Model of GIM8108-6, Winding Type of Y, and Driver Model of GDS810. SteadyWin GIM8108-6 Planetary Reducer Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GIM8108-8

SteadyWin GIM8108-8 Planetary Reducer Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GIM8108-8 Planetary Reducer Motor specifications include Model of GIM8108-8, Driver Model of GDS68, and Nominal Voltage of 48 V (12-56V range). SteadyWin GIM8108-8 Planetary Reducer Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GIM8108-9

SteadyWin GIM8108-9 Planetary Reducer Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GIM8108-9 Planetary Reducer Motor specifications include Model of GIM8108-9, Driver Model of SDC103, and Nominal Voltage of 48 V (24-48V range). Integrators specify SteadyWin GIM8108-9 Planetary Reducer Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GIM8115-36

SteadyWin offers the SteadyWin GIM8115-36 Planetary Reducer Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GIM8115-36 Planetary Reducer Motor specifications include Model of GIM8115-36, Driver Model of GDS810, and Nominal Voltage of 24 V (12-48V range). SteadyWin GIM8115-36 Planetary Reducer Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GIM8115-6

The SteadyWin GIM8115-6 Planetary Reducer Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GIM8115-6 Planetary Reducer Motor specifications include Model of GIM8115-6, Driver Model of SDC103, and Nominal Voltage of 24 V (24-48V range). Projects standardize on SteadyWin GIM8115-6 Planetary Reducer Motor when actuator & motor accuracy and supportability matter

SteadyWin GIM8115-9

SteadyWin offers the SteadyWin GIM8115-9 Planetary Reducer Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GIM8115-9 Planetary Reducer Motor specifications include Model of GIM8115-9, Driver Model of SDC103, and Nominal Voltage of 24 V (24-48V range). SteadyWin GIM8115-9 Planetary Reducer Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GWK6010-8 Motor

SteadyWin offers the SteadyWin GWK6010-8 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GWK6010-8 Motor specifications include Winding Type of Y, Testing Voltage of 24V, and Rated Power of 295W. SteadyWin GWK6010-8 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin GWK6013-9 Motor

SteadyWin GWK6013-9 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin GWK6013-9 Motor specifications include Winding Type of Y, Testing Voltage of 24V, and Rated Power of 331 W. SteadyWin GWK6013-9 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin GWK7010-8 Motor

The SteadyWin GWK7010-8 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin GWK7010-8 Motor specifications include Winding Type of Y, Testing Voltage of 24V, and Rated Power of 170 W. Projects standardize on SteadyWin GWK7010-8 Motor when actuator & motor accuracy and supportability matter

SteadyWin GWK7015-8 Motor

SteadyWin GWK7015-8 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin GWK7015-8 Motor specifications include Winding Type of Y, Testing Voltage of 24V, and Rated Power of 168 W. Integrators specify SteadyWin GWK7015-8 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin GWK8108-8 Motor

SteadyWin offers the SteadyWin GWK8108-8 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin GWK8108-8 Motor specifications include Winding Type of Y, Testing Voltage of 24V, and Rated Power of 410 W. SteadyWin GWK8108-8 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin PM100 Motor

SteadyWin offers the SteadyWin PM100 Motor, a actuator & motor suited to demanding robotics and automation workloads. SteadyWin PM100 Motor specifications include Model of PM100, Nominal Voltage of 24V, and Nominal Torque of 1.6N·m. SteadyWin PM100 Motor gives engineers a practical actuator & motor option for lab validation and field rollout

SteadyWin PM120 Motor

SteadyWin PM120 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin PM120 Motor specifications include Model of PM120, Nominal Voltage of 36V, and Nominal Torque of 4N·m. Integrators specify SteadyWin PM120 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK10025 Motor

SteadyWin WK10025 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin WK10025 Motor specifications include Nominal voltage of 36V, Nominal current of 3.8 A, and Nominal torque of 4 N.M. SteadyWin WK10025 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin WK1105 Motor

SteadyWin WK1105 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin WK1105 Motor specifications include Nominal voltage of 12V, Nominal current of 0.59A, and Nominal torque of 0.01N.M. SteadyWin WK1105 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin WK1806 Motor

The SteadyWin WK1806 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin WK1806 Motor specifications include Nominal voltage of 12V, Nominal current of 0.66A, and Nominal torque of 0.03N.M. Projects standardize on SteadyWin WK1806 Motor when actuator & motor accuracy and supportability matter

SteadyWin WK2205 Motor

SteadyWin WK2205 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin WK2205 Motor specifications include Nominal voltage of 12V, Nominal current of 0.66A, and Nominal torque of 0.04N.M. SteadyWin WK2205 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin WK2806 Motor

SteadyWin WK2806 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin WK2806 Motor specifications include Nominal voltage of 12V, Nominal current of 0.81A, and Nominal torque of 0.06N.M. SteadyWin WK2806 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin WK3506 Motor

The SteadyWin WK3506 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin WK3506 Motor specifications include Nominal voltage of 12V, Nominal current of 1.1A, and Nominal torque of 0.09N.M. Projects standardize on SteadyWin WK3506 Motor when actuator & motor accuracy and supportability matter

SteadyWin WK3510 Motor

SteadyWin WK3510 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK3510 Motor specifications include Nominal voltage of 12V, Nominal current of 0.53 A, and Nominal torque of 0.11N.M. Integrators specify SteadyWin WK3510 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK4310 Motor

SteadyWin WK4310 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK4310 Motor specifications include Nominal voltage of 24V, Nominal current of 0.9 A, and Nominal torque of 0.2N.M. Integrators specify SteadyWin WK4310 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK4315 Motor

SteadyWin WK4315 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK4315 Motor specifications include Nominal voltage of 24V, Nominal current of 0.59A, and Nominal torque of 0.28N.M. Integrators specify SteadyWin WK4315 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK5215 Motor

SteadyWin WK5215 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK5215 Motor specifications include Nominal voltage of 24V, Nominal current of 1.24A, and Nominal torque of 0.41N.M. Integrators specify SteadyWin WK5215 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK5225 Motor

SteadyWin WK5225 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK5225 Motor specifications include Nominal voltage of 24V, Nominal current of 1.54A, and Nominal torque of 0.57N.M. Integrators specify SteadyWin WK5225 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK5515 Motor

SteadyWin WK5515 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK5515 Motor specifications include Nominal voltage of 24V, Nominal current of 1.6A, and Nominal torque of 0.65N.M. Integrators specify SteadyWin WK5515 Motor when they need repeatable actuator & motor performance in deployed systems

SteadyWin WK6010 Motor

The SteadyWin WK6010 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin WK6010 Motor specifications include Nominal voltage of 36V, Nominal current of 1.3A, and Nominal torque of 0.8N.M. Projects standardize on SteadyWin WK6010 Motor when actuator & motor accuracy and supportability matter

SteadyWin WK6025 Motor

SteadyWin WK6025 Motor is a actuator & motor built by SteadyWin for integration into automated systems and research platforms. SteadyWin WK6025 Motor specifications include Nominal voltage of 36V, Nominal current of 7.4A, and Nominal torque of 1.77 N.M. SteadyWin WK6025 Motor helps robotics teams reduce integration risk with documented actuator & motor parameters

SteadyWin WK8110 Motor

The SteadyWin WK8110 Motor actuator & motor from SteadyWin targets developers building production or prototype robotic systems. SteadyWin WK8110 Motor specifications include Nominal voltage of 24V, Nominal current of 2.49 A, and Nominal torque of 0.93 N.M. Projects standardize on SteadyWin WK8110 Motor when actuator & motor accuracy and supportability matter

SteadyWin WK8115 Motor

SteadyWin WK8115 Motor from SteadyWin is a actuator & motor designed for robotics teams that need dependable hardware. SteadyWin WK8115 Motor specifications include Nominal voltage of 24V, Nominal current of 5.8 A, and Nominal torque of 1.1N.M. Integrators specify SteadyWin WK8115 Motor when they need repeatable actuator & motor performance in deployed systems

Stereolabs ZED 2i

The Stereolabs ZED 2i camera from Stereolabs targets developers building production or prototype robotic systems. Stereolabs ZED 2i specifications include Resolution of 2208 x 1242 @ 15fps / 1920 x 1080 @ 30fps, Depth Range of Up to 20 m, and IP Rating of IP66. Projects standardize on Stereolabs ZED 2i when camera accuracy and supportability matter

Stereolabs ZED Mini

The ZED Mini is a compact stereo depth camera designed for augmented reality (AR), spatial computing, 3D mapping, and robotics. With its humain-like baseline, ZED Mini combines high-quality depth sensing, precise motion tracking, and a rugged aluminum design, it delivers reliable environmental perception for developers, researchers, and system integrators.

Stereolabs ZED X

The ZED X is the most advanced AI stereo camera for robotics. With global shutter, IMU, Neural depth and GMSL2, the ZED X is the smartest stereo camera for the toughest tasks. Adaptable to short-range applications with the ZED X Mini.

Stereolabs ZED

USB3 stereo depth camera (treated as ZED 2i); neural stereo depth from 0.2-20m, up to 2.2K resolution, ~110 deg wide FOV, with integrated IMU/barometer/magnetometer; interchangeable 2mm or 4mm lenses. Generic 'ZED' is ambiguous across ZED/ZED 2/ZED 2i/ZED X.

RCSV Dex-UMI

Dexterous-hand UMI system for multi-finger manipulation data collection. LEAP-hand-compatible end effector with wrist cameras and full policy-learning pipeline support.

RCSV M1 Mobile Manipulator

SVRC offers the SVRC M1 Mobile Manipulator, a mobile manipulator suited to demanding robotics and automation workloads. Full-stack mobile manipulation platform for warehouse, lab, and field research. Integrated mobile base with dual-arm manipulation capability and onboard compute. The SVRC M1 Mobile Manipulator supports practical deployment in robotics projects

RCSV UMI

The UMI data & research kit from SVRC targets developers building production or prototype robotic systems. UMI specifications include Gripper Type of Parallel-Jaw (UMI-compatible), Wrist Camera of GoPro Hero 11/12 mount (camera included), and Tracking of ArUco marker-based 6-DOF pose tracking. Projects standardize on UMI when data & research kit accuracy and supportability matter

Techman TM12

Medium-payload cobot with the longest reach in the Techman lineup. 12 kg payload, 1300 mm reach, 32.8 kg weight, 6-axis. Integrated vision system with AI capabilities. Safety sensors stop the robot on contact detection. Ideal for assembly, inspection, and pick-and-place.

Techman TM25S

Heavy-payload AI cobot with 25 kg capacity and 1902 mm reach. 80.6 kg weight, speeds up to 5.2 m/s. Built-in 6-axis force torque sensor for precision tasks. ±0.03 mm repeatability (70% more accurate than previous gen). 31 TUV-certified safety functions. 25% faster cycle times with 450°/s 6th axis speed.

Techman TM5-700

Compact 6 kg cobot with industry-first built-in vision system. 700 mm reach, 21.1 kg weight, 6-axis. Ideal for small parts assembly, machine tending, soldering, and testing. ISO 10218-1:2011 and ISO/TS 15066:2016 certified for collaborative operation.

FLIR Lepton 3.5

FLIR Lepton 3.5 is a camera built by Teledyne FLIR for integration into automated systems and research platforms. FLIR Lepton 3.5 specifications include Resolution of 160 x 120 px, NETD of <50 mK, and FOV of 57°. FLIR Lepton 3.5 helps robotics teams reduce integration risk with documented camera parameters

Ti5 ROBOT ARM Series

Ti5 ROBOT ARM Series by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT Cool Hand

Ti5 ROBOT Cool Hand by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI100-120-PRO Motor

Ti5 ROBOT CRA-RI100-120-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI100-142-PRO Motor

Ti5 ROBOT CRA-RI100-142-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI110-170-PRO Motor

Ti5 ROBOT CRA-RI110-170-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI30-40-PRO Motor

Ti5 ROBOT CRA-RI30-40-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI40-52-PRO Motor

Ti5 ROBOT CRA-RI40-52-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI50-60-PRO Motor

Ti5 ROBOT CRA-RI50-60-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI50-70-PRO Motor

Ti5 ROBOT CRA-RI50-70-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI60-70-PRO Motor

Ti5 ROBOT CRA-RI60-70-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI60-80-PRO Motor

Ti5 ROBOT CRA-RI60-80-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI70-80-PRO Motor

Ti5 ROBOT CRA-RI70-80-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI70-90-PRO Motor

Ti5 ROBOT CRA-RI70-90-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT CRA-RI80-110-PRO Motor

Ti5 ROBOT CRA-RI80-110-PRO Motor by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT EBLM Series

Ti5 ROBOT EBLM Series by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT T140

Ti5 ROBOT T140 Robot by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT T170A

Notably, the T170A leg joint torque density reaches 220 Nm/kg, far exceeding the industry average, enabling Yaoguang and Mozi to perform demanding maneuvers such as single-leg jumps—demonstrating Ti5's excellence in robotic power technology.

Ti5 ROBOT T170V2.1

Ti5 ROBOT T170V2.1 Robot by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

Ti5 ROBOT T230C

Ti5 ROBOT T230C Robot by Ti5 ROBOT. Contact: Sales 19302161051 (Ms. Zhang); Business 19921484530 (Marketing); Procurement xincheng.sun@ti5robot.com; HR hr@ti5robot.com; Address: 2F, Building 3C, U Valley, No. 55 Zidong Road, Maqiao Town, Minhang District, Shanghai.

TouchTronix FusionX Kit

TouchTronix FusionX Kit is a sensor built by TouchTronix for integration into automated systems and research platforms. TouchTronix FusionX Kit specifications include Tactile Pixels of 132 per glove (12 per finger + 72 in palm), Bend Sensors of 5 per glove (one per finger), and Force Resolution of 0.01 N. TouchTronix FusionX Kit helps robotics teams reduce integration risk with documented sensor parameters

Trossen Robotics ALOHA Mobile

Trossen Robotics offers the Trossen Robotics ALOHA Mobile, a data & research kit suited to demanding robotics and automation workloads. Trossen Robotics ALOHA Mobile specifications include Arms of 2 WidowX (dual), Base of AgileX Tracer AGV, and Use Case of Mobile manipulation, demonstration data. Trossen Robotics ALOHA Mobile gives engineers a practical data & research kit option for lab validation and field rollout

Trossen Robotics ALOHA Solo

Trossen Robotics ALOHA Solo is a data & research kit built by Trossen Robotics for integration into automated systems and research platforms. Trossen Robotics ALOHA Solo specifications include Arms of 1 WidowX robot arm, Includes of Gripper, table mount, software, and Use Case of Imitation learning, AI research. Trossen Robotics ALOHA Solo helps robotics teams reduce integration risk with documented data & research kit parameters

Trossen Robotics ALOHA Stationary

Trossen Robotics ALOHA Stationary from Trossen Robotics is a data & research kit designed for robotics teams that need dependable hardware. Trossen Robotics ALOHA Stationary specifications include Arms of 4 (2 leader + 2 follower WidowX), Setup of Stationary frame, and Use Case of Bimanual manipulation, teleoperation. Integrators specify Trossen Robotics ALOHA Stationary when they need repeatable data & research kit performance in deployed systems

UBTECH Walker S

UBTECH Walker S by UBTECH. Full-size or compact humanoid robot designed for embodied AI research, teleoperation, imitation learning, and enterprise pilot deployments. Compatible with ROS2, Isaac Sim, and major VLA frameworks. Available for purchase or monthly leasing at Silicon Valley Robotics Center, San Francisco, CA. Contact us for demo scheduling and lead-time confirmation.

UDEXREAL UDCAP DATA GLOVE

UDEXREAL offers the UDEXREAL UDCAP DATA GLOVE, a teleoperation & motion capture suited to demanding robotics and automation workloads. Capture every finger movement with UDCAP Data Gloves — built for VR training, Virtual Livestream, and robotic. Compatible with Unity, Unreal, and more

UFACTORY 850

The UFACTORY 850 is a six-axis collaborative robotic arm designed for research, industrial automation, machine tending, inspection, and laboratory applications. It combines an 850 mm reach, 5 kg payload, ±0.02 mm repeatability, and speeds up to 1 m/s with support for UFACTORY Studio.

UFACTORY Lite 6

The UFACTORY Lite 6 is a compact six-axis collaborative robotic arm designed for education, research, prototyping, and lightweight automation. It offers a 440 mm reach, 600 g payload, ±0.5 mm repeatability, and an integrated control box. Developers can build and manage applications using UFACTORY Studio, Python, ROS, ROS 2, and C++.

UFactory XArm Gripper

UFACTORY xArm gripper accessory; compatible with the xArm series. Source: ufactory.us

UFactory xArm 5

The UFACTORY xArm 5 robotic arm from UFACTORY targets developers building production or prototype robotic systems. UFACTORY xArm 5 specifications include DOF of 5-Axis, Reach of 700 mm, and Payload of 3 kg. Projects standardize on UFACTORY xArm 5 when robotic arm accuracy and supportability matter

UFACTORY xArm 6

The UFACTORY xArm 6 robotic arm from UFACTORY targets developers building production or prototype robotic systems. UFACTORY xArm 6 specifications include DOF of 6-Axis, Reach of 700 mm, and Payload of 5 kg. Projects standardize on UFACTORY xArm 6 when robotic arm accuracy and supportability matter

UFactory xArm 7

UFACTORY offers the UFACTORY xArm 7, a robotic arm suited to demanding robotics and automation workloads. UFACTORY xArm 7 specifications include DOF of 7-Axis, Reach of 700 mm, and Payload of 3.5 kg. UFACTORY xArm 7 gives engineers a practical robotic arm option for lab validation and field rollout

Unitree A2

Unitree A2 industrial quadruped (late-2025): ~37 kg, up to 5 m/s, 25 kg continuous / 100 kg standing payload, dual front/rear LiDAR + HD camera, hot-swappable dual 9,000 mAh batteries (~3-5 h).

A2 Battery Charger

A2 Battery Charger is a charging accessory offered for the Unitree A2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

A2 Battery(Single Battery)

A2 Battery(Single Battery) is a replacement battery offered for the Unitree A2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree A2 Pro

Unitree's flagship industrial all-terrain quadruped (2025–2026 release, successor to B2). ~37–42 kg body carries 25 kg continuous / ~100 kg standing, hits ~5 m/s top speed, climbs 30 cm steps and 45° slopes. Pro variant adds dual front/rear 3D LiDAR, expanded GPS/4G modules, and core-component IP67 ruggedization (overall IP56–IP67). 5h unloaded runtime on dual hot-swappable batteries.

Unitree A2 Pro Spare Battery

A 9000 mAh, 453.6 Wh spare battery for the Unitree A2 Pro quadruped. The battery weighs approximately 2.5 kg; confirm compatibility before ordering.

Unitree A2-W Pro

Wheel-leg version of the A2 Pro for paved, factory, and warehouse environments. Same 25 kg continuous / ~100 kg standing payload as A2 Pro, but reaches up to ~6 m/s on wheels with >35 km unloaded range. ~52 kg with dual batteries. IP56–IP67 (core components IP67). Switches between rolling on flat ground and stepping over 30 cm obstacles.

Unitree A2 Pro-W Spare Battery

A 9000 mAh, 453.6 Wh spare battery for the Unitree A2 Pro-W wheeled quadruped. The battery weighs approximately 2.5 kg; confirm compatibility before ordering.

A2 Remote Controller

A2 Remote Controller is a remote-control accessory offered for the Unitree A2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

A2-W Standard

A2-W Standard is a wheeled-leg industrial quadruped for inspection, logistics, emergency response, and robotics development. This listing represents the A2-W Standard configuration; verify included hardware and software with the sales team before ordering.

As2 Battery (Long Range Version)

As2 Battery (Long Range Version) is a replacement battery offered for the Unitree As2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

As2 Battery (Standard Version)

As2 Battery (Standard Version) is a replacement battery offered for the Unitree As2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

As2 Edu Plus

As2 Edu Plus is a compact industrial quadruped for inspection, research, embodied AI, autonomous mobility, and payload applications. This listing represents the As2 Edu Plus configuration; verify included hardware and software with the sales team before ordering.

As2 Edu Smart

As2 Edu Smart is a compact industrial quadruped for inspection, research, embodied AI, autonomous mobility, and payload applications. This listing represents the As2 Edu Smart configuration; verify included hardware and software with the sales team before ordering.

As2 Edu Standard

As2 Edu Standard is a compact industrial quadruped for inspection, research, embodied AI, autonomous mobility, and payload applications. This listing represents the As2 Edu Standard configuration; verify included hardware and software with the sales team before ordering.

As2 Edu Ultimate

As2 Edu Ultimate is a compact industrial quadruped for inspection, research, embodied AI, autonomous mobility, and payload applications. This listing represents the As2 Edu Ultimate configuration; verify included hardware and software with the sales team before ordering.

As2 Remote Controller

As2 Remote Controller is a remote-control accessory offered for the Unitree As2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree As2 Spare Battery

A 15000 mAh, 648 Wh long-range spare battery for compatible Unitree As2 quadrupeds. The battery weighs approximately 1.8 kg; confirm model compatibility before ordering.

Unitree As2-W

Wheeled variant of the As2 compact industrial quadruped — referenced on Unitree's official site as 'Power Pioneer, Small Yet Exceptional.' Preorder status (not yet shipping). Detailed specs pending official release; expected to mirror As2 (~18 kg class, IP54, ~65 kg standing payload) with added wheel-leg locomotion for paved environments.

Unitree As2-W Spare Battery

A 15000 mAh, 648 Wh long-range spare battery for the Unitree As2-W wheeled quadruped. The battery weighs approximately 1.8 kg; confirm compatibility before ordering.

As2 X

As2 X is a compact industrial quadruped for inspection, research, embodied AI, autonomous mobility, and payload applications. This listing represents the As2 X configuration; verify included hardware and software with the sales team before ordering.

Unitree B2

Fastest industrial-grade quadruped robot. 6+ m/s top speed, 1.6+ m long jump, 40 cm step height, 45°+ slope handling. Carries up to 40 kg for 4+ hours (120 kg standing load). 360 N·m torque motors, IP67, 2250 Wh quick-change battery with 4–6 hour endurance.

BrainCo Revo 2 Basic Edition Bionic Dexterous Hand for H2

BrainCo Revo 2 Basic Edition Bionic Dexterous Hand for H2 is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

BrainCo Revo 2 Tactile Edition Bionic Dexterous Hand for H2

BrainCo Revo 2 Tactile Edition Bionic Dexterous Hand for H2 is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Data Acquisition Platform (Public Cloud)

Data Acquisition Platform (Public Cloud) is a robot software service offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Dex3-1 Force-Controlled Three-Finger Dexterous Hand for H2

Dex3-1 Force-Controlled Three-Finger Dexterous Hand for H2 is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree G1

Unitree Robotics Humanoid Robot G1 has the flexibility beyond normal human, can imitate & reinforce the learning drive, combined with force-position hybrid control, sensitive and reliable, can simulate the human hand to achieve the precise operation of the object, welcome to consult with us to know the price, function and usage of the humanoid robot.

Unitree G1 Battery

A replacement battery for the Unitree G1 humanoid robot. Confirm compatibility with your G1 configuration before ordering.

G1 Battery Charger

G1 Battery Charger is a charging accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-Comp

G1-Comp is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1-Comp configuration; verify included hardware and software with the sales team before ordering.

G1-D Battery Charger

G1-D Battery Charger is a charging accessory offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D BrainCo Bionic Dexterous Hand Revo 2 Basic Edition (Includes RGB Camera)

G1-D BrainCo Bionic Dexterous Hand Revo 2 Basic Edition (Includes RGB Camera) is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D BrainCo Bionic Dexterous Hand Revo 2 Tactile Edition (Includes RGB Camera)

G1-D BrainCo Bionic Dexterous Hand Revo 2 Tactile Edition (Includes RGB Camera) is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Dex1-1 Gripper Advanced Edition

G1-D Dex1-1 Gripper Advanced Edition is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Dex1-1 Gripper Standard Version

G1-D Dex1-1 Gripper Standard Version is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Dex1-1 Gripper Ultimate Edition

G1-D Dex1-1 Gripper Ultimate Edition is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Dex3-1 Force-Controlled 3-Finger Hand (Includes RGB Camera)

G1-D Dex3-1 Force-Controlled 3-Finger Hand (Includes RGB Camera) is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Dex3-1 Force-Controlled 3-Finger Hand, Tactile Version (Includes RGB Camera)

G1-D Dex3-1 Force-Controlled 3-Finger Hand, Tactile Version (Includes RGB Camera) is a robotic end effector offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Standard A

G1-D Standard A is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Standard A configuration; verify included hardware and software with the sales team before ordering.

G1-D Standard B

G1-D Standard B is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Standard B configuration; verify included hardware and software with the sales team before ordering.

G1-D Standard C

G1-D Standard C is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Standard C configuration; verify included hardware and software with the sales team before ordering.

G1-D Standard D

G1-D Standard D is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Standard D configuration; verify included hardware and software with the sales team before ordering.

G1-D Standard E

G1-D Standard E is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Standard E configuration; verify included hardware and software with the sales team before ordering.

G1-D Ultimate A

G1-D Ultimate A is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Ultimate A configuration; verify included hardware and software with the sales team before ordering.

G1-D Ultimate B

G1-D Ultimate B is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Ultimate B configuration; verify included hardware and software with the sales team before ordering.

G1-D Ultimate C

G1-D Ultimate C is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Ultimate C configuration; verify included hardware and software with the sales team before ordering.

G1-D Ultimate D

G1-D Ultimate D is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Ultimate D configuration; verify included hardware and software with the sales team before ordering.

G1-D Ultimate E

G1-D Ultimate E is a mobile humanoid data-acquisition and training platform for teleoperation, dataset collection, and embodied-AI research. This listing represents the G1-D Ultimate E configuration; verify included hardware and software with the sales team before ordering.

G1-D Upper Body Battery

G1-D Upper Body Battery is a replacement battery offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-D Wheeled Chassis Charging Station Kit

G1-D Wheeled Chassis Charging Station Kit is a charging accessory offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Depth Camera

G1 Depth Camera is a robot perception accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Dex1-1 Gripper Advanced Edition

G1 Dex1-1 Gripper Advanced Edition is a robotic end effector offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Dex1-1 Gripper Standard Version

G1 Dex1-1 Gripper Standard Version is a robotic end effector offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Dex1-1 Gripper Ultimate Edition

G1 Dex1-1 Gripper Ultimate Edition is a robotic end effector offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Edu Combat (Boxing)

G1 Edu Combat (Boxing) is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Combat (Boxing) configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Plus Teleop Bundle

G1 Edu Plus Teleop Bundle is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Plus Teleop Bundle configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Pro A

G1 Edu Pro A is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Pro A configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Pro B

G1 Edu Pro B is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Pro B configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Pro E

G1 Edu Pro E is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Pro E configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Pro F

G1 Edu Pro F is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Pro F configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Pro G

G1 Edu Pro G is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Pro G configuration; verify included hardware and software with the sales team before ordering.

Unitree G1 EDU-U1

humanoid robot G1 (U 1 configuration); see official product page. Source: shop.unitree.com

Unitree G1 EDU-U2

humanoid robot G1; 23~43 DOF, dexterous hand force control, supports imitation and reinforcement learning; official starting price approx.$13,500(base edition), EDUedition priced higher. Source: shop.unitree.com | added via migration 2026-07 | src SupplierID=S00006

Unitree G1 EDU-U3

G1 Edu Ultimate B

G1 Edu Ultimate B is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate B configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Ultimate B Teleop Bundle

G1 Edu Ultimate B Teleop Bundle is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate B Teleop Bundle configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Ultimate C

G1 Edu Ultimate C is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate C configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Ultimate D

G1 Edu Ultimate D is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate D configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Ultimate E

G1 Edu Ultimate E is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate E configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Ultimate F Teleop Bundle

G1 Edu Ultimate F Teleop Bundle is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate F Teleop Bundle configuration; verify included hardware and software with the sales team before ordering.

G1 Edu Ultimate G

G1 Edu Ultimate G is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Edu Ultimate G configuration; verify included hardware and software with the sales team before ordering.

G1 Gantry

G1 Gantry is a robot support and protection accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1-Head Dual-Degree-of-Freedom Module

G1-Head Dual-Degree-of-Freedom Module is a robot accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 MID360 LiDAR

G1 MID360 LiDAR is a robot perception accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Pro

G1 Pro is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the G1 Pro configuration; verify included hardware and software with the sales team before ordering.

G1 Remote Controller

G1 Remote Controller is a remote-control accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Teleop Kit (no robot)

G1 Teleop Kit (no robot) is a robot teleoperation package offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Teleop package - For existing G1 Edu owners - Software & headset only

G1 Teleop package - For existing G1 Edu owners - Software & headset only is a robot teleoperation package offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

G1 Tendon-driven dexterous hand

G1 Tendon-driven dexterous hand is a robotic end effector offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree Go2 EDU — EDU

Unitree Go2 robot dog is equipped with 4D ultra-wide-angle LiDAR, creating a new species with body intelligence, Unitree quadruped (consumer-grade quadruped) has advanced configuration and cool appearance, but also has a super interactive features, simulating the behaviour of a real pet dog, bringing users a more intimate and pleasant human-machine interaction experience.

Unitree Go2 EDU — Pro

Go2 Battery Charger (Fast Charge Version)

Go2 Battery Charger (Fast Charge Version) is a charging accessory offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Battery Charger (Standard Charge Version)

Go2 Battery Charger (Standard Charge Version) is a charging accessory offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Battery (Standard Version)

Go2 Battery (Standard Version) is a replacement battery offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Edu Plus

Go2 Edu Plus is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 Edu Plus configuration; verify included hardware and software with the sales team before ordering.

Go2 Edu-U4

Go2 Edu-U4 is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 Edu-U4 configuration; verify included hardware and software with the sales team before ordering.

Go2 Ent

Go2 Ent is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 Ent configuration; verify included hardware and software with the sales team before ordering.

Go2 Ent-GAS

Go2 Ent-GAS is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 Ent-GAS configuration; verify included hardware and software with the sales team before ordering.

Go2 Ent-MTPTZ

Go2 Ent-MTPTZ is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 Ent-MTPTZ configuration; verify included hardware and software with the sales team before ordering.

Go2 Ent-Plus

Go2 Ent-Plus is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 Ent-Plus configuration; verify included hardware and software with the sales team before ordering.

Go2 Foot Pad

Go2 Foot Pad is a robot accessory offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Long Range Battery

Go2 Long Range Battery is a replacement battery offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Pro Remote Controller

Go2 Pro Remote Controller is a remote-control accessory offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Protective Bracket

Go2 Protective Bracket is a robot support and protection accessory offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2 Self Charging Board

Go2 Self Charging Board is a charging accessory offered for the Unitree Go2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree Go2-W

Wheeled variant of Go2 for mixed paved and light off-road use. ~18 kg platform, ≈8 kg payload (limit ~12 kg), 0–2.5 m/s movement speed, <70 cm obstacle/step capability, 35° climbing incline, and ~45 N·m max joint torque. OTA supported.

Go2-W Battery Charger (Fast Charge Version)

Go2-W Battery Charger (Fast Charge Version) is a charging accessory offered for the Unitree Go2-W ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2-W Battery (Long Range Version)

Go2-W Battery (Long Range Version) is a replacement battery offered for the Unitree Go2-W ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2-W Ent-MTPTZ

Go2-W Ent-MTPTZ is a wheeled-leg quadruped robot for all-terrain mobility, inspection, education, and secondary development. This listing represents the Go2-W Ent-MTPTZ configuration; verify included hardware and software with the sales team before ordering.

Go2-W Ent-Plus

Go2-W Ent-Plus is a wheeled-leg quadruped robot for all-terrain mobility, inspection, education, and secondary development. This listing represents the Go2-W Ent-Plus configuration; verify included hardware and software with the sales team before ordering.

Go2-W Inspection Package

Go2-W Inspection Package is a wheeled-leg quadruped robot for all-terrain mobility, inspection, education, and secondary development. This listing represents the Go2-W Inspection Package configuration; verify included hardware and software with the sales team before ordering.

Go2-W Protective Bracket

Go2-W Protective Bracket is a robot support and protection accessory offered for the Unitree Go2-W ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2-W Remote Controller

Go2-W Remote Controller is a remote-control accessory offered for the Unitree Go2-W ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2-W Self-Charging Board (incl. fast charger)

Go2-W Self-Charging Board (incl. fast charger) is a charging accessory offered for the Unitree Go2-W ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2-W Servo Robotic Arm

Go2-W Servo Robotic Arm is a robot accessory offered for the Unitree Go2-W ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Go2-W Ultimate package

Go2-W Ultimate package is a wheeled-leg quadruped robot for all-terrain mobility, inspection, education, and secondary development. This listing represents the Go2-W Ultimate package configuration; verify included hardware and software with the sales team before ordering.

Go2 X

Go2 X is a intelligent quadruped robot for robotics education, research, autonomous navigation, and agile mobility. This listing represents the Go2 X configuration; verify included hardware and software with the sales team before ordering.

Unitree H1

Full-size humanoid robot and one of the most affordable in its class. 180 cm tall, 47 kg, 19 DOF. World-record 3.3 m/s bipedal running speed (potential 5+ m/s). 360 N·m peak knee torque, 189 N·m/kg torque density. 864 Wh swappable battery, 1.5–2 hr runtime.

Unitree H1-2

Upgraded full-size humanoid with enhanced manipulation. 180 cm tall, 73 kg, 7 DOF per arm (vs 4 on H1) and 6 DOF per leg with dual ankle joints. 360 N·m joint torque, 1.5–2 m/s walking speed. 864 Wh swappable battery, 360° depth sensing via 3D LiDAR and depth cameras. Optional NVIDIA Jetson Orin NX for AI. Supports Python, C++, ROS/ROS2.

H2 Battery Charger

H2 Battery Charger is a charging accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Battery (Single unit)

H2 Battery (Single unit) is a replacement battery offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dedicated DFQ Series Dexterous Hand

H2 Dedicated DFQ Series Dexterous Hand is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dedicated In-Time FTP Series Dexterous Hand

H2 Dedicated In-Time FTP Series Dexterous Hand is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dedicated Intel Core i7 Computing Board Assembly

H2 Dedicated Intel Core i7 Computing Board Assembly is a robot computing accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dedicated NVIDIA Jetson AGX Orin Computing Board Assembly

H2 Dedicated NVIDIA Jetson AGX Orin Computing Board Assembly is a robot computing accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dedicated NVIDIA Jetson AGX Thor Computing Board Assembly

H2 Dedicated NVIDIA Jetson AGX Thor Computing Board Assembly is a robot computing accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dedicated NVIDIA Jetson Orin NX Computing Board Assembly

H2 Dedicated NVIDIA Jetson Orin NX Computing Board Assembly is a robot computing accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dex1-1 Gripper Advanced Edition

H2 Dex1-1 Gripper Advanced Edition is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dex1-1 Gripper Standard Version

H2 Dex1-1 Gripper Standard Version is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Dex1-1 Gripper Ultimate Edition

H2 Dex1-1 Gripper Ultimate Edition is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Edu

H2 Edu is a full-size humanoid robot platform for embodied intelligence, dynamic motion, research, and industrial development. This listing represents the H2 Edu configuration; verify included hardware and software with the sales team before ordering.

H2 Protective Bracket (Crane)

H2 Protective Bracket (Crane) is a robot support and protection accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2 Remote Controller

H2 Remote Controller is a remote-control accessory offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2-Specific Dex3-1 Force-Controlled Three-Finger Hand (Tactile Version)

H2-Specific Dex3-1 Force-Controlled Three-Finger Hand (Tactile Version) is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2-Specific Dex5-1 Five-Finger Dexterous Hand

H2-Specific Dex5-1 Five-Finger Dexterous Hand is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

H2-Specific Dex5-1P Five-Finger Dexterous Hand

H2-Specific Dex5-1P Five-Finger Dexterous Hand is a robotic end effector offered for the Unitree H2 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Interactive Package Hardware Bundle (Robot + head)

Interactive Package Hardware Bundle (Robot + head) is a compact humanoid robot platform for embodied AI, motion-control development, education, and manipulation research. This listing represents the Interactive Package Hardware Bundle (Robot + head) configuration; verify included hardware and software with the sales team before ordering.

Interactive Package Head only

Interactive Package Head only is a robot accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Interactive Package Software subscription (12 month contract)

Interactive Package Software subscription (12 month contract) is a robot software service offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree 4D LiDAR L2

Compact 4D LiDAR for mobile robots: 75 × 75 × 65 mm, 230 g, 30 m scanning range, 360° × 96° FOV, 64,000 points/s effective / 128,000 points/s sampling, ≤2.0 cm measurement accuracy, and 0.05 m near-field blind zone. Standard on Go2 recognition stack.

LinkerBot Linker Hand O6, Non-Tactile Version (with RGB Camera)

LinkerBot Linker Hand O6, Non-Tactile Version (with RGB Camera) is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

LinkerBot Linker Hand O6, Tactile Version (with RGB Camera)

LinkerBot Linker Hand O6, Tactile Version (with RGB Camera) is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

NVIDIA AGX Orin Backplane Expansion Dock for G1

NVIDIA AGX Orin Backplane Expansion Dock for G1 is a robot computing accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

NVIDIA AGX Orin Dedicated Backplane Expansion Dock for G1-D

NVIDIA AGX Orin Dedicated Backplane Expansion Dock for G1-D is a robot computing accessory offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

NVIDIA AGX Thor Backplane Expansion Dock for G1

NVIDIA AGX Thor Backplane Expansion Dock for G1 is a robot computing accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

NVIDIA AGX Thor Dedicated Backplane Expansion Dock for G1-D

NVIDIA AGX Thor Dedicated Backplane Expansion Dock for G1-D is a robot computing accessory offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree R1

Ultra-lightweight humanoid (≤123 cm / ~29 kg) with 26–40 DoF depending on configuration, large joint range of motion, and ~1 h endurance. Entry-priced platform for embodied AI demos, education, and secondary development (R1 EDU).

R1-A5-D Smart A

R1-A5-D Smart A is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart A configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart B

R1-A5-D Smart B is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart B configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart C

R1-A5-D Smart C is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart C configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart D

R1-A5-D Smart D is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart D configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart E

R1-A5-D Smart E is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart E configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart F

R1-A5-D Smart F is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart F configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart G

R1-A5-D Smart G is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart G configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Smart H

R1-A5-D Smart H is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Smart H configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate A

R1-A5-D Ultimate A is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate A configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate B

R1-A5-D Ultimate B is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate B configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate C

R1-A5-D Ultimate C is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate C configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate D

R1-A5-D Ultimate D is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate D configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate E

R1-A5-D Ultimate E is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate E configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate F

R1-A5-D Ultimate F is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate F configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate G

R1-A5-D Ultimate G is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate G configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D Ultimate H

R1-A5-D Ultimate H is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D Ultimate H configuration; verify included hardware and software with the sales team before ordering.

R1-A5-D (without hand)

R1-A5-D (without hand) is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5-D (without hand) configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart A

R1-A5 Smart A is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart A configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart B

R1-A5 Smart B is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart B configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart C

R1-A5 Smart C is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart C configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart D

R1-A5 Smart D is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart D configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart E

R1-A5 Smart E is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart E configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart F

R1-A5 Smart F is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart F configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart G

R1-A5 Smart G is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart G configuration; verify included hardware and software with the sales team before ordering.

R1-A5 Smart H

R1-A5 Smart H is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 Smart H configuration; verify included hardware and software with the sales team before ordering.

R1-A5 (without hand)

R1-A5 (without hand) is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A5 (without hand) configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart A

R1-A7-D Smart A is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart A configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart B

R1-A7-D Smart B is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart B configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart C

R1-A7-D Smart C is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart C configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart D

R1-A7-D Smart D is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart D configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart E

R1-A7-D Smart E is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart E configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart F

R1-A7-D Smart F is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart F configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart G

R1-A7-D Smart G is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart G configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Smart H

R1-A7-D Smart H is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Smart H configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate A

R1-A7-D Ultimate A is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate A configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate B

R1-A7-D Ultimate B is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate B configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate C

R1-A7-D Ultimate C is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate C configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate D

R1-A7-D Ultimate D is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate D configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate E

R1-A7-D Ultimate E is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate E configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate F

R1-A7-D Ultimate F is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate F configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate G

R1-A7-D Ultimate G is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate G configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D Ultimate H

R1-A7-D Ultimate H is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D Ultimate H configuration; verify included hardware and software with the sales team before ordering.

R1-A7-D (without hand)

R1-A7-D (without hand) is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7-D (without hand) configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart A

R1-A7 Smart A is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart A configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart B

R1-A7 Smart B is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart B configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart C

R1-A7 Smart C is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart C configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart D

R1-A7 Smart D is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart D configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart E

R1-A7 Smart E is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart E configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart F

R1-A7 Smart F is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart F configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart G

R1-A7 Smart G is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart G configuration; verify included hardware and software with the sales team before ordering.

R1-A7 Smart H

R1-A7 Smart H is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 Smart H configuration; verify included hardware and software with the sales team before ordering.

R1-A7 (without hand)

R1-A7 (without hand) is a dual-arm humanoid manipulation platform for rapid deployment, secondary development, and multi-scenario automation. This listing represents the R1-A7 (without hand) configuration; verify included hardware and software with the sales team before ordering.

R1 Air

R1 Air is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Air configuration; verify included hardware and software with the sales team before ordering.

R1 Basic

R1 Basic is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Basic configuration; verify included hardware and software with the sales team before ordering.

R1 Battery

R1 Battery is a replacement battery offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Battery Charger

R1 Battery Charger is a charging accessory offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 BrainCo Bionic Dexterous Hand Revo 2 Basic Version (Includes RGB Camera)

R1 BrainCo Bionic Dexterous Hand Revo 2 Basic Version (Includes RGB Camera) is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 BrainCo Bionic Dexterous Hand Revo 2 Tactile Version (Includes RGB Camera)

R1 BrainCo Bionic Dexterous Hand Revo 2 Tactile Version (Includes RGB Camera) is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Dex1-1 Gripper Advanced Version

R1 Dex1-1 Gripper Advanced Version is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Dex1-1 Gripper Standard Version

R1 Dex1-1 Gripper Standard Version is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Dex3-1 Force-Controlled 3-Finger Hand (Includes RGB Camera)

R1 Dex3-1 Force-Controlled 3-Finger Hand (Includes RGB Camera) is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Dex3-1 Force-Controlled 3-Finger Hand, Tactile Version (Includes RGB Camera)

R1 Dex3-1 Force-Controlled 3-Finger Hand, Tactile Version (Includes RGB Camera) is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Edu Pro A

R1 Edu Pro A is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro A configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro B

R1 Edu Pro B is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro B configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro C

R1 Edu Pro C is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro C configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro D

R1 Edu Pro D is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro D configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro E

R1 Edu Pro E is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro E configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro F

R1 Edu Pro F is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro F configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro G

R1 Edu Pro G is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro G configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Pro H

R1 Edu Pro H is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Pro H configuration; verify included hardware and software with the sales team before ordering.

R1 Edu Smart

R1 Edu Smart is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu Smart configuration; verify included hardware and software with the sales team before ordering.

R1 Edu - Standard

R1 Edu - Standard is a lightweight humanoid robot for embodied-AI education, research, motion development, and multimodal interaction. This listing represents the R1 Edu - Standard configuration; verify included hardware and software with the sales team before ordering.

R1 Expansion Compute (100 TOPS)

R1 Expansion Compute (100 TOPS) is a robot computing accessory offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Expansion Compute (40 TOPS)

R1 Expansion Compute (40 TOPS) is a robot computing accessory offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 LiDAR Package

R1 LiDAR Package is a robot perception accessory offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Protective Gantry

R1 Protective Gantry is a robot support and protection accessory offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Remote Controller

R1 Remote Controller is a remote-control accessory offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

R1 Tendon Cable Dexterous Hand

R1 Tendon Cable Dexterous Hand is a robotic end effector offered for the Unitree R1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Remote Controller for G1-D

Remote Controller for G1-D is a remote-control accessory offered for the Unitree G1-D ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

RESELLER DEMO VERSION - G1 Teleop package - For existing G1 Edu owners - Software & headset only

RESELLER DEMO VERSION - G1 Teleop package - For existing G1 Edu owners - Software & headset only is a robot teleoperation package offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

VR Remote Operation Kit (PICO VR Kit)

VR Remote Operation Kit (PICO VR Kit) is a remote-control accessory offered for the Unitree G1 ecosystem. It supports compatible robot deployments, maintenance, research, or development workflows; confirm model compatibility and included components before ordering.

Unitree Z1

Compact 6-axis onboard manipulator for mobile robots. ~4.5 kg arm mass, ≥3 kg payload, 740 mm reach, ~0.1 mm repositioning accuracy, position + force control with force feedback and collision detection. Peak power ~500 W.

Universal Robots UR10e

Meet the UR12e - the next evolution of our iconic UR10e cobot. With increased payload, enhanced performance, and the same trusted flexibility, it’s everything you love about the UR10e - and more.

Universal Robots UR15

The UR15 offers a compact, lightweight form factor with industry-ready certifications, including Cleanroom Class 4. An expanded 17.5 kg capacity under specified conditions adds headroom for heavier, more complex tasks without sacrificing cycle time.

Universal Robots UR16e

Universal Robots UR16e from Universal Robots is a robotic arm designed for robotics teams that need dependable hardware. Discover the UR16e collaborative robot from Universal Robots. With a 16 kg payload and 900 mm reach, this compact cobot is ideal for machine tending, material handling, and packaging

Universal Robots UR20

Discover the UR20 collaborative robot from Universal Robots. With a 25 kg payload and 1750 mm reach, this high-performance cobot is ideal for palletizing, machine tending, welding, and material handling.

Universal Robots UR30

Discover the UR30 collaborative robot from Universal Robots. With up to 35 kg payload and 1300 mm reach, this compact cobot is ideal for palletizing, machine tending, and heavy-duty material handling.

Universal Robots UR3e

Universal Robots UR3e from Universal Robots is a robotic arm designed for robotics teams that need dependable hardware. Discover the UR3e collaborative robot from Universal Robots. With a 3 kg payload and 500 mm reach, this ultra-lightweight compact cobot is ideal for assembly, dispensing, and material handling

Universal Robots UR5

6-DoF collaborative robot arm, 5kg payload, 850mm reach; repeatability +/-0.1mm (original UR5/CB3) or +/-0.03mm with integrated force/torque sensor (UR5e/e-Series). ~18.4kg arm weight.

Universal Robots UR5e

Universal Robots UR5e from Universal Robots is a robotic arm designed for robotics teams that need dependable hardware. Discover Universal Robots’ collaborative robotic arm solutions. Explore flexible robot arms that boost productivity, precision, and safety across industries

Universal Robots UR8 Long

Extended-reach collaborative robot arm with 1750 mm reach and 8 kg payload in a body 30% lighter than the UR20. 6 m/s max TCP speed for high-throughput palletizing and machine tending. | added via migration 2026-07 | src SupplierID=S00023

Velodyne Ultra Puck VLP-32C

High-resolution 32-channel 3D LiDAR with 200 m range. 360° horizontal FOV, 40° vertical FOV (-25° to +15°). ~1,200,000 pts/s dual return, 5–20 Hz frame rate. 925 g weight, 10 W typical power. Ideal for autonomous vehicles and advanced robotics.

Velodyne VLP-16 Puck

Industry-standard 16-channel 3D LiDAR sensor. 100 m range, 360° horizontal FOV, 30° vertical FOV (±15°). ~300,000 pts/s single return, ~600,000 pts/s dual return. Ultra-compact (103 mm dia x 72 mm) and lightweight (830 g). Only 8 W power. Now part of Ouster portfolio.

Vention MachineMotion 2

Modular plug-and-play motion controller replacing traditional automation cabinets. Controls up to 4x 250 W step-servo motors with automatic position adjustments. Supports timing belt, ball-screw, rack-and-pinion, belt/roller conveyors. Programmable via Python, code-free MachineLogic, or MachineApp templates. Digital I/O expansion, teach pendant support.

VLAI L1 Dual-Arm

VLAI offers the VLAI L1 Dual-Arm Mobile Robot, a humanoid robot suited to demanding robotics and automation workloads. VLAI L1 Dual-Arm Mobile Robot specifications include Dual-Arm DOF of 16 (7+1 per arm), Single-Arm Payload of 6 kg, and Repeatability of ±0.02 mm. VLAI L1 Dual-Arm Mobile Robot gives engineers a practical humanoid robot option for lab validation and field rollout

VLAI L1-Basic

VLAI L1 wheeled dual-arm mobile manipulator (basic tier): 16 DoF, 6 kg per-arm payload, +/-0.02 mm repeatability, ROS2 + MoveIt2, ~4 h runtime; base starts at ~RMB 28,800.

VLAI L1-Max

VLAI L1-Max mobile chassis; Shenzhen Weilai Dongli (Future Power). Vendor spec sheet.

VLAI L1-Middle

Wheeled mobile dual-arm manipulator (VLAI/Weilai Dongli (Future Power) L1). 16 DOF total (8 DOF per arm), 6 kg payload per arm (12 kg peak combined), each arm 4.2 kg; height-adjustable lift 70-160 cm; differential-drive wheeled base rated 100 kg. Supports teleoperation data collection and secondary development. Middle is the entry tier.

VLAI L1-Pro

Higher-tier configuration of the VLAI/Weilai Dongli (Future Power) L1 wheeled mobile dual-arm manipulator: 16 DOF total (8 DOF per arm), 6 kg payload per arm (12 kg peak), 4.2 kg per arm, lift range 70-160 cm, wheeled base rated 100 kg. Pro tier adds onboard compute for teleop data collection and VLA/agent workflows.

Fearless W1 Mobile Manipulator

W1 Mobile Manipulator is a mobile manipulator built by Fearless Robotics for integration into automated systems and research platforms. W1 Mobile Manipulator specifications include Degrees of Freedom of 7 DOF arm + mobile base, Arm Payload of 5 kg, and Arm Reach of 850 mm. W1 Mobile Manipulator helps robotics teams reduce integration risk with documented mobile manipulator parameters

Waveshare Jetson Orin Nano Dev Kit

Waveshare Jetson Orin Nano Dev Kit from Waveshare is a compute platform designed for robotics teams that need dependable hardware. Jetson Orin Nano AI Dual ETH Development Kit For Embedded And Edge Systems, Options for 4GB/8GB Memory Jetson Orin Nano Module | JETSON-ORIN-NANO-4G-ETH-DEV-KIT (US) In accordance with applicable export control laws and regulations, NVIDIA prohibits the sale of this product and its associated kits and modules in any form to Cuba, Iran, North Korea, Syria, the Crimea region, the Donetsk and Luhansk regions of Ukraine, Russia, Belarus, and any entities on the Entity List. (Countries or regions are subject to change based on updates or revisions to export control regulations

Waveshare Jetson Orin Nano Super Dev Kit

Waveshare Jetson Orin Nano Super Dev Kit from Waveshare is a compute platform designed for robotics teams that need dependable hardware. N-VIDIA Jetson Orin Nano Super AI Development Kit for Embedded and Edge Systems, with 8GB Memory Jetson Orin Nano Module N-VIDIA Jetson Orin Nano Super AI Development Kit for Embedded and Edge Systems, with 8GB Memory Jetson Orin Nano Module In accordance with applicable export control laws and regulations, NVIDIA prohibits the sale of this product and its associated kits and modules in any form to Cuba, Iran, North Korea, Syria, the Crimea region, the Donetsk and Luhansk regions of Ukraine, Russia, Belarus, and any entities on the Entity List. (Countries or regions are subject to change based on updates or revisions to export control regulations

Waveshare Jetson Orin NX Dev Kit

The Waveshare Jetson Orin NX Dev Kit compute platform from Waveshare targets developers building production or prototype robotic systems. Waveshare Jetson Orin NX Dev Kit specifications include AI performance of 4GB moduleSUPER: 34 TOPS (sparse)17 TOPS (dense) | 8GB moduleSUPER: 67 TOPS (sparse)33 TOPS (dense), GPU of 4GB moduleSUPER: 512-core N-VIDIA Ampere architecture GPU with 16 Tensor Cores | 8GB moduleSUPER: 1024-core N-VIDIA Ampere architecture GPU with 32 Tensor Cores, and GPU Frequency of 1020MHz (Max). Projects standardize on Waveshare Jetson Orin NX Dev Kit when compute platform accuracy and supportability matter

WitMotion BWT901CL Sensor

WitMotion BWT901CL Sensor is a sensor built by WitMotion for integration into automated systems and research platforms. WitMotion BWT901CL Sensor specifications include Operating Temperature of -20°C ~ +60°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. WitMotion BWT901CL Sensor helps robotics teams reduce integration risk with documented sensor parameters

WitMotion HWT101 Sensor

The WitMotion HWT101 Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion HWT101 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Weight of 0.77g. Projects standardize on WitMotion HWT101 Sensor when sensor accuracy and supportability matter

WitMotion HWT605 Sensor

WitMotion offers the WitMotion HWT605 Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion HWT605 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. WitMotion HWT605 Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion HWT6052 Sensor

WitMotion HWT6052 Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion HWT6052 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion HWT6052 Sensor when they need repeatable sensor performance in deployed systems

WitMotion HWT6053 Sensor

WitMotion offers the WitMotion HWT6053 Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion HWT6053 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. WitMotion HWT6053 Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion HWT6073 Sensor

WitMotion offers the WitMotion HWT6073 Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion HWT6073 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. WitMotion HWT6073 Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion HWT905 Sensor

WitMotion HWT905 Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion HWT905 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion HWT905 Sensor when they need repeatable sensor performance in deployed systems

WitMotion HWT9052 Sensor

WitMotion HWT9052 Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion HWT9052 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion HWT9052 Sensor when they need repeatable sensor performance in deployed systems

WitMotion HWT9053 Sensor

WitMotion offers the WitMotion HWT9053 Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion HWT9053 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. WitMotion HWT9053 Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion HWT9073 Sensor

The WitMotion HWT9073 Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion HWT9073 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Projects standardize on WitMotion HWT9073 Sensor when sensor accuracy and supportability matter

WitMotion SINAT Sensor

WitMotion SINAT Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion SINAT Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion SINAT Sensor when they need repeatable sensor performance in deployed systems

WitMotion SINDT Sensor

WitMotion offers the WitMotion SINDT Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion SINDT Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. WitMotion SINDT Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion SINET Sensor

The WitMotion SINET Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion SINET Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Projects standardize on WitMotion SINET Sensor when sensor accuracy and supportability matter

WitMotion SINIT Sensor

The WitMotion SINIT Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion SINIT Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. Projects standardize on WitMotion SINIT Sensor when sensor accuracy and supportability matter

WitMotion SINRT Sensor

WitMotion offers the WitMotion SINRT Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion SINRT Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. WitMotion SINRT Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion SINVT Sensor

WitMotion SINVT Sensor is a sensor built by WitMotion for integration into automated systems and research platforms. WitMotion SINVT Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. WitMotion SINVT Sensor helps robotics teams reduce integration risk with documented sensor parameters

WitMotion WT1-IMU Sensor

WitMotion WT1-IMU Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion WT1-IMU Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion WT1-IMU Sensor when they need repeatable sensor performance in deployed systems

WitMotion WT301IOT Sensor

WitMotion WT301IOT Sensor is a sensor built by WitMotion for integration into automated systems and research platforms. WitMotion WT301IOT Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Supply Voltage of 3.6V. WitMotion WT301IOT Sensor helps robotics teams reduce integration risk with documented sensor parameters

WitMotion WT61PC Sensor

WitMotion WT61PC Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion WT61PC Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion WT61PC Sensor when they need repeatable sensor performance in deployed systems

WitMotion WT9011DCL Sensor

The WitMotion WT9011DCL Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion WT9011DCL Sensor specifications include Operating Temperature of -20°C ~ +60°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. Projects standardize on WitMotion WT9011DCL Sensor when sensor accuracy and supportability matter

WitMotion WT901C Sensor

The WitMotion WT901C Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion WT901C Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Projects standardize on WitMotion WT901C Sensor when sensor accuracy and supportability matter

WitMotion WTGAHRS3 Sensor

WitMotion WTGAHRS3 Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion WTGAHRS3 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Integrators specify WitMotion WTGAHRS3 Sensor when they need repeatable sensor performance in deployed systems

WitMotion WTGAHRS5 Sensor

The WitMotion WTGAHRS5 Sensor sensor from WitMotion targets developers building production or prototype robotic systems. WitMotion WTGAHRS5 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +100°C, and Shock Resistance of 20000g. Projects standardize on WitMotion WTGAHRS5 Sensor when sensor accuracy and supportability matter

WitMotion WTGPS Sensor

WitMotion offers the WitMotion WTGPS Sensor, a sensor suited to demanding robotics and automation workloads. WitMotion WTGPS Sensor specifications include Operating Temperature of -45°C ~ +80°C, Storage Temperature of -45°C ~ +145°C, and Dimensions of 39.9 × 32.9 × 15.9 mm. WitMotion WTGPS Sensor gives engineers a practical sensor option for lab validation and field rollout

WitMotion WTVB01 Sensor

WitMotion WTVB01 Sensor from WitMotion is a sensor designed for robotics teams that need dependable hardware. WitMotion WTVB01 Sensor specifications include BT50 of 485, Operating Temperature of -20°C ~ +60°C, and Storage Temperature of -40°C ~ +85°C. Integrators specify WitMotion WTVB01 Sensor when they need repeatable sensor performance in deployed systems

WitMotion WTVB02 Sensor

WitMotion WTVB02 Sensor is a sensor built by WitMotion for integration into automated systems and research platforms. WitMotion WTVB02 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. WitMotion WTVB02 Sensor helps robotics teams reduce integration risk with documented sensor parameters

WitMotion WTVB05 Sensor

WitMotion WTVB05 Sensor is a sensor built by WitMotion for integration into automated systems and research platforms. WitMotion WTVB05 Sensor specifications include Operating Temperature of -40°C ~ +85°C, Storage Temperature of -40°C ~ +85°C, and Shock Resistance of 20000g. WitMotion WTVB05 Sensor helps robotics teams reduce integration risk with documented sensor parameters

Wuji Glove

Wuji Glove is a tactile, pose-tracking glove for teleoperation and motion capture. It tracks per-finger movement and connects over USB or Bluetooth for use with Wuji Hand and compatible dexterous robotic hands.

Wuji Hand 2 — Single hand (Left)

Wuji Hand 2 is a 20-DOF dexterous robotic hand with direct-drive actuation, biomimetic soft-body structure, and multi-axis fingertip force/torque sensing. It runs at 1000 Hz with MIT hybrid control over Ethernet, and ships with SDK, ROS 2, simulation, and teleop support for research and general manipulation.

Wuji Hand 2 — Single hand (Right)

XJC MD40-6D Compact

XJC MD50-6D

XJC MD80-6D Multi-Axis

High-precision 6-axis force/torque sensor with integrated signal processing. Measures Fx, Fy, Fz, Mx, My, Mz simultaneously. Features RS485/USB/analog output options. Suitable for robotic assembly, quality inspection, and human-robot interaction applications.

YDLIDAR GS2 LiDAR

YDLIDAR GS2 LiDAR is a lidar built by YDLIDAR for integration into automated systems and research platforms. YDLIDAR GS2 LiDAR specifications include Range Frequency of 28Hz, Range Distance of 25-300mm, and Angle Resolution of 0.6°. YDLIDAR GS2 LiDAR helps robotics teams reduce integration risk with documented lidar parameters

YDLIDAR GS5 LiDAR

The YDLIDAR GS5 LiDAR lidar from YDLIDAR targets developers building production or prototype robotic systems. YDLIDAR GS5 LiDAR specifications include Range Frequency of 7.5Hz-28Hz, Range Distance of 70-1000mm, and Angle Resolution of 0.54°. Projects standardize on YDLIDAR GS5 LiDAR when lidar accuracy and supportability matter

YDLIDAR HP60C CAMERA

YDLIDAR HP60C CAMERA from YDLIDAR is a lidar designed for robotics teams that need dependable hardware. YDLIDAR HP60C CAMERA specifications include Range Distance of 0.2-4m, Power of <2W, and Images Resolution of 640×480. Integrators specify YDLIDAR HP60C CAMERA when they need repeatable lidar performance in deployed systems

YDLIDAR SDM15 LiDAR

The YDLIDAR SDM15 LiDAR lidar from YDLIDAR targets developers building production or prototype robotic systems. YDLIDAR SDM15 LiDAR specifications include Range Frequency of 10-1800Hz, Range Distance of 50-15000mm, and Size of 45*17.2*22.3mm. Projects standardize on YDLIDAR SDM15 LiDAR when lidar accuracy and supportability matter

YDLIDAR T-mini-Plus LiDAR

YDLIDAR T-mini-Plus LiDAR from YDLIDAR is a lidar designed for robotics teams that need dependable hardware. YDLIDAR T-mini-Plus LiDAR specifications include Range Frequency of 4000Hz, Range Distance of 0.05-12m@80%, and Angle Resolution of 0.54°. Integrators specify YDLIDAR T-mini-Plus LiDAR when they need repeatable lidar performance in deployed systems

YDLIDAR TEA LiDAR

The YDLIDAR TEA LiDAR lidar from YDLIDAR targets developers building production or prototype robotic systems. YDLIDAR TEA LiDAR specifications include Range Frequency of 30kHz, Range Distance of 0.05-25m, and Angle Resolution of 0.12°(10Hz) / 0.24° (20Hz) / 0.36°(30Hz). Projects standardize on YDLIDAR TEA LiDAR when lidar accuracy and supportability matter

YDLIDAR TG15 LiDAR

The YDLIDAR TG15 LiDAR lidar from YDLIDAR targets developers building production or prototype robotic systems. YDLIDAR TG15 LiDAR specifications include Range Frequency of 20000Hz, Range Distance of 0.05-15m, and Angle Resolution of 0.09-0.22°. Projects standardize on YDLIDAR TG15 LiDAR when lidar accuracy and supportability matter

YDLIDAR TG30 LiDAR

YDLIDAR offers the YDLIDAR TG30 LiDAR, a lidar suited to demanding robotics and automation workloads. YDLIDAR TG30 LiDAR specifications include Range Frequency of 20000Hz, Range Distance of 0.05-30m, and Angle Resolution of 0.09-0.22°. YDLIDAR TG30 LiDAR gives engineers a practical lidar option for lab validation and field rollout

YDLIDAR TW3 LiDAR

The YDLIDAR TW3 LiDAR lidar from YDLIDAR targets developers building production or prototype robotic systems. YDLIDAR TW3 LiDAR specifications include Range Frequency of 4000Hz, Range Distance of 0.05-5m@80%0.5NTU, and Angle Resolution of 0.54°. Projects standardize on YDLIDAR TW3 LiDAR when lidar accuracy and supportability matter

YDLIDAR X4-Pro LiDAR

YDLIDAR offers the YDLIDAR X4-Pro LiDAR, a lidar suited to demanding robotics and automation workloads. YDLIDAR X4-Pro LiDAR specifications include Range Frequency of 5000Hz, Range Distance of 0.12-10m, and Angle Resolution of 0.43-0.85°. YDLIDAR X4-Pro LiDAR gives engineers a practical lidar option for lab validation and field rollout

ZeroErr eCoder 35 Magnetic Encoder

The ZeroErr eCoder 35 Magnetic Encoder sensor from ZeroErr targets developers building production or prototype robotic systems. ZeroErr eCoder 35 Magnetic Encoder is true absolute system with RS485 Asynchronous serial. Built-in self-monitoring,Multiturn counter option and High repeatability

ZeroErr eRob 110I Rotary Actuator

ZeroErr offers the ZeroErr eRob 110I Rotary Actuator, a actuator & motor suited to demanding robotics and automation workloads. ZeroErr eRob 110I Rotary Actuator is an all-in-one robotic joint module,Tiny and Precise,Built-in dual absolute encoder and servo driver. eRob 110I-ZeroErr eRob 110I Rotary Actuator Absolute Encoder for MotorMultiturn AbsoluteEncoder for Output ShaftServo MotorHigh Precision Strain Wave GearServo DriverTemperature SensorFriction BrakesVirtual Torque Sensoron Output Shaft Traditional StructureEffects achievable by eRob110I V6 Permissible max

ZeroErr eRob 80I Rotary Actuator

The ZeroErr eRob 80I Rotary Actuator actuator & motor from ZeroErr targets developers building production or prototype robotic systems. ZeroErr eRob 80I Rotary Actuator is an all-in-one robotic joint module,Tiny and Precise,Built-in dual absolute encoder and servo driver. eRob 80I-ZeroErr eRob 80I Rotary Actuator Absolute Encoder for MotorMultiturn AbsoluteEncoder for Output ShaftServo MotorHigh Precision Strain Wave GearServo DriverTemperature SensorFriction BrakesVirtual Torque Sensoron Output Shaft Under no-load conditions and an ambient temperature of 25°C,when the output shaft speed is 0,measurement values for different modules may vary

ZeroErr Rotary Actuator

eRob Rotary Actuators by ZeroErr is an all-in-one solution. ZeroErr eRob Rotary Actuators unite in a single housing all the main elements: dual absolute encoders, a controller, a harmonic gear and a servo motor.