Updated April 2026. Prices are approximate and may vary by configuration.
Cobot Comparison Table
Start here for a side-by-side overview. Detailed reviews for each cobot follow below.
| Cobot | Payload | Reach | DOF | Approx. Price | Ease of Use | Best For |
|---|---|---|---|---|---|---|
| UR3e | 3 kg | 500 mm | 6 | ~$25,000 | Excellent | Tabletop assembly, testing |
| UR5e | 5 kg | 850 mm | 6 | ~$35,000 | Excellent | General-purpose, best all-rounder |
| UR10e | 12.5 kg | 1300 mm | 6 | ~$50,000 | Excellent | Palletizing, machine tending |
| Dobot CR5 | 5 kg | 900 mm | 6 | ~$15,000 | Very Good | Budget-friendly, light industrial |
| xArm5 | 3 kg | 700 mm | 5 | ~$6,000 | Good | Research, education, light tasks |
| xArm6 | 5 kg | 700 mm | 6 | ~$9,000 | Good | Research, pick-and-place |
| xArm7 | 3.5 kg | 700 mm | 7 | ~$12,000 | Good | Redundant-DOF research, tight spaces |
| AgileX Piper | 1.5 kg | 380 mm | 6 | ~$3,200 | Moderate | Ultra-budget, education, light R&D |
| JAKA Zu 3 | 3 kg | 626 mm | 6 | ~$15,000 | Very Good | Compact cells, electronics assembly |
| JAKA Zu 7 | 7 kg | 819 mm | 6 | ~$20,000 | Very Good | Heavier parts, mid-duty automation |
| JAKA Zu 12 | 12 kg | 1327 mm | 6 | ~$28,000 | Very Good | Palletizing, heavy machine tending |
1. Universal Robots UR3e / UR5e / UR10e
Universal Robots UR5e — Best All-Round Cobot
- Payload
- 5 kg
- Reach
- 850 mm
- DOF
- 6
- Repeatability
- ±0.03 mm
- Weight
- 20.6 kg
- Safety
- ISO 10218-1, ISO/TS 15066
The UR5e is the industry standard for good reason. It handles 80% of small-business automation tasks — pick-and-place, machine tending, quality inspection, screw driving — with a 5 kg payload that covers most parts. The Polyscope interface means your existing staff can program new tasks in hours, not weeks. The UR+ ecosystem provides 400+ certified peripherals (grippers, cameras, sensors) that plug in without custom integration.
The UR3e ($25K, 3 kg payload, 500 mm reach) is ideal for tabletop tasks in tight spaces. The UR10e ($50K, 12.5 kg, 1300 mm) handles palletizing and heavier machine tending. All three share the same software interface, so skills transfer across models.
View UR cobots in store →2. Dobot CR5
Dobot CR5 — Best Budget Industrial Cobot
- Payload
- 5 kg
- Reach
- 900 mm
- DOF
- 6
- Repeatability
- ±0.02 mm
- Weight
- 26 kg
- Safety
- ISO 10218-1, CE
The CR5 delivers UR5e-class specs at less than half the price. Dobot Studio provides a graphical programming interface that is approachable for non-engineers. The 900 mm reach slightly exceeds the UR5e, and repeatability is competitive. The trade-off is a smaller peripheral ecosystem — you will find fewer off-the-shelf gripper integrations compared to UR.
For small businesses where cost is the deciding factor but you still need industrial-grade safety certification and a 5 kg payload, the CR5 is the strongest value proposition on the market.
View Dobot CR5 in store →3. UFACTORY xArm5 / xArm6 / xArm7
UFACTORY xArm6 — Best Mid-Range Research Cobot
- Payload
- 5 kg
- Reach
- 700 mm
- DOF
- 6
- Repeatability
- ±0.1 mm
- Weight
- 12.2 kg
- Safety
- Collision detection, CE
UFACTORY's xArm line hits a sweet spot between research-grade affordability and commercial capability. The xArm6 at $9,000 provides 6-DOF and a 5 kg payload in a compact 12.2 kg package. The Python and ROS SDKs are well-documented, making it a favorite in university labs and AI startups.
The xArm5 ($6K, 5-DOF, 3 kg) works for simpler tasks where full 6-DOF orientation is unnecessary. The xArm7 ($12K, 7-DOF, 3.5 kg) adds kinematic redundancy, useful for obstacle avoidance and working in constrained spaces.
View xArm cobots in store →4. AgileX Piper
AgileX Piper — Most Affordable Cobot
- Payload
- 1.5 kg
- Reach
- 380 mm
- DOF
- 6
- Repeatability
- ±0.1 mm
- Weight
- 4.2 kg
- Safety
- Lightweight design, low-force
At $3,200, the Piper is the lowest-cost 6-DOF cobot available through SVRC. It is purpose-built for education, light R&D, and imitation learning research. The 1.5 kg payload limits industrial applications, but for small businesses evaluating automation on a shoestring budget — or AI teams needing an affordable platform for data collection — the Piper removes the financial barrier.
The compact form factor (4.2 kg total weight) means it sits on any desk or workbench. ROS 2 support and a Python SDK make integration straightforward.
View AgileX Piper in store →5. JAKA Zu 3 / Zu 7 / Zu 12
JAKA Zu 7 — Best for Mid-Duty Automation
- Payload
- 7 kg
- Reach
- 819 mm
- DOF
- 6
- Repeatability
- ±0.02 mm
- Weight
- 22 kg
- Safety
- ISO 10218-1, CE
JAKA Robotics is a fast-growing Chinese cobot manufacturer that competes directly with Universal Robots on specs while pricing 30-40% lower. The Zu 7 offers a 7 kg payload — enough for most small-business applications — with excellent repeatability and a wireless teach pendant for programming.
The Zu 3 ($15K, 3 kg, 626 mm) handles compact cells and electronics assembly. The Zu 12 ($28K, 12 kg, 1327 mm) is a direct UR10e competitor for palletizing at a lower price point. JAKA's app-based programming and drag-to-teach reduce the learning curve for first-time cobot users.
View JAKA Zu cobots in store →How to Choose: The 5-Question Framework
Answer These 5 Questions to Find Your Cobot
- What is the heaviest part you need to move? — This determines your minimum payload. Add 30% buffer for the gripper weight. Under 3 kg: UR3e, xArm5, Piper. Under 5 kg: UR5e, CR5, xArm6, Zu 3. Under 12 kg: UR10e, Zu 7, Zu 12.
- What is the farthest point the arm needs to reach? — Measure your workspace. If parts are within 500 mm, a compact arm (UR3e, Piper) works. For 700-900 mm reach, the mid-range options (UR5e, CR5, xArm, Zu 7) cover you. For 1000+ mm, look at the UR10e or Zu 12.
- Who will program and maintain the cobot? — If you have no robotics engineer on staff, prioritize ease of use: UR (Polyscope) and Dobot (Dobot Studio) are the most beginner-friendly. If you have developers, xArm and JAKA offer strong SDK access at lower prices.
- What is your total budget? — Include the arm, gripper, mounting, safety assessment, and integration time. Under $5K: Piper. Under $15K: xArm5/6 or CR5. Under $35K: UR5e or Zu 7. Under $50K: UR10e or Zu 12 with peripherals.
- Do you want to try before buying? — SVRC offers monthly cobot leasing from $1,200/mo. Lease for 1-3 months to validate the cobot in your actual workflow, then buy or continue leasing.
Try Before You Buy: Cobot Leasing
Committing $15,000-$50,000 to a cobot is a significant decision for a small business. SVRC's leasing program lets you deploy any cobot from this guide on a monthly basis starting at $1,200/mo. Use it in your actual production environment, measure the ROI, and then decide whether to purchase, extend the lease, or try a different model.
Lease payments can be applied toward the purchase price through our lease-to-own program. This approach eliminates the risk of buying the wrong cobot and lets you validate automation ROI with real data before committing capital. Learn more about Robotics as a Service →
Frequently Asked Questions
For most small businesses, the Universal Robots UR5e offers the best balance of payload (5 kg), reach (850 mm), safety certification, and ecosystem support. If budget is the primary constraint, the AgileX Piper at $3,200 is the most affordable entry point.
Cobot prices range from $3,200 for the AgileX Piper to approximately $50,000 for a fully configured Universal Robots UR10e. Mid-range options like the UFACTORY xArm6 and Dobot CR5 fall in the $10,000-$20,000 range. SVRC also offers leasing from $1,200/mo.
Yes. SVRC offers monthly leasing for all cobots listed in this guide, starting at $1,200/month. Leasing lets you validate ROI before committing to a purchase, and lease-to-own options are available. See our leasing page for details.
Cobots (collaborative robots) are designed to work safely alongside humans without safety cages. They have built-in force limiting, rounded surfaces, and lower speeds compared to industrial robots. This makes them ideal for small businesses that cannot dedicate a fenced-off area to automation.
Most cobots can be physically installed and running a basic task within 1-3 days. Programming a production-quality application typically takes 1-4 weeks depending on complexity. Cobots with graphical teach pendants like UR and Dobot are the fastest to program.
Not necessarily. Modern cobots offer no-code or low-code programming through teach pendants, drag-to-teach, and visual workflow builders. The Universal Robots Polyscope and Dobot Studio interfaces are designed for operators without programming experience.