Choosing between the UR10e and the FANUC CRX-10iA means weighing payload, reach, ease of programming, and ecosystem. This comparison breaks down every spec, use case, and cost factor so you can decide which collaborative robot fits your production line.
- Overview: Universal Robots UR10e
- Overview: FANUC CRX-10iA
- Head-to-Head Comparison Table
- Payload and Reach: Which cobot lifts more?
- Programming and Ease of Use: Which is easier to deploy?
- Safety Features and Certification: How do they compare?
- Price and Total Cost of Ownership: Which is more affordable?
- Application Suitability: When to choose UR10e vs CRX-10iA
- Verdict: Which cobot wins for your operation?
- Frequently Asked Questions
- Conclusion
Overview: Universal Robots UR10e
The UR10e is the flagship 12.5 kg payload model from Universal Robots, the Danish company that popularised collaborative robotics. Built on the e‑Series platform introduced in 2018, it offers 1300 mm reach, 17 force/torque sensors in each joint, and a full 360° safety system. Its trademark is intuitive drag‑to‑teach programming and a mature ecosystem of third‑party peripherals. The UR10e is widely deployed in machine tending, assembly, packaging, and quality inspection across light manufacturing.
Overview: FANUC CRX-10iA
The FANUC CRX-10iA is a collaborative robot from the Japanese industrial giant FANUC, launched in 2019. It delivers a 10 kg payload with 1249 mm reach, green LED safety zone indicators, and a slim arm design (only 99 mm in diameter). The CRX line is FANUC’s answer to the UR cobot dominance, leveraging FANUC’s decades of industrial servo expertise while adding a simplified, tablet‑based programming interface. It is popular in electronics assembly, light material handling, and laboratory automation.
Head-to-Head Comparison Table
| Feature | UR10e | FANUC CRX-10iA |
|---|---|---|
| Payload | 12.5 kg | 10 kg |
| Reach | 1300 mm | 1249 mm |
| Number of axes | 6 | 6 |
| Repeatability | ±0.05 mm | ±0.02 mm |
| Speed | up to 1 m/s | up to 1 m/s |
| Programming interface | Polyscope touchscreen | iPendant or tablet (CRX‑T) |
| Safety certs | EN ISO 13849‑1 PL d, Cat 3 | EN ISO 13849‑1 PL d, Cat 3 |
| Mounting orientation | Any | Any |
| Weight | 33.5 kg | 42 kg (arm only) |
| IP rating | IP54 | IP54 (IP67 optional) |
| Controller | UR controller (built‑in) | R‑30iB Mini Plus (separate) |
| Built‑in force sensing | Yes (joint torque sensors) | Optional (force sensor) |
| Price (new, approx.) | $30,000 – $35,000 | $28,000 – $33,000 |
Payload and Reach: Which cobot lifts more?
The UR10e edges ahead with a 12.5 kg payload versus the CRX‑10iA’s 10 kg — a difference that matters for heavier grippers or dual‑part handling. Both robots share a similar reach (1300 mm vs 1249 mm), so floor space requirements are nearly identical. However, the UR10e’s higher payload capacity gives it an advantage when adding a force‑torque sensor or a heavy‑duty end effector. For lighter tasks like screwdriving or small‑part kitting, the CRX‑10iA’s 10 kg limit is rarely a bottleneck.
Programming and Ease of Use: Which is easier to deploy?
Universal Robots built its reputation on simplicity. The UR10e’s Polyscope interface uses a drag‑to‑teach pendant — operators physically move the arm to record waypoints, then adjust motions with a graphical flowchart. No prior programming experience is required. FANUC’s CRX‑10iA also offers a tablet‑based pendant (CRX‑T) with a simplified icon‑driven interface, but its underlying TP (teach pendant) language can still be accessed for advanced users. In practice, first‑time cobot users typically get the UR10e into production faster, while shops already familiar with FANUC’s industrial robots will feel at home with the CRX‑10iA.
Safety Features and Certification: How do they compare?
Both cobots carry EN ISO 13849‑1 PL d, Cat 3 certification — standard for collaborative robots that require no physical guarding in many applications. The UR10e adds 17 built‑in torque sensors (one per joint) that enable real‑time collision detection and safe speed reduction. The CRX‑10iA uses FANUC’s “Green Mode” — the arm lights up green when it is in collaborative mode and stops automatically if it exceeds safe limits. Both systems support safe‑stop functions (SS1, SS2) and limited speed/force monitoring. For applications that need IP67 (dust‑ and water‑resistant), the CRX‑10iA is the better choice; the UR10e ships standard with IP54.
Price and Total Cost of Ownership: Which is more affordable?
New, the FANUC CRX‑10iA lists slightly lower ($28,000 – $33,000 vs $30,000 – $35,000 for the UR10e). However, the UR10e’s built‑in force sensing (a $2,000+ option on FANUC) tilts the value back. On the used market — where many buyers source used cobots for sale — both robots depreciate similarly: a three‑year‑old UR10e typically sells for $18,000 – $24,000, while a comparable CRX‑10iA fetches $16,000 – $22,000. Spare parts and third‑party accessories (grippers, vision kits) are more abundant for the UR10e, potentially lowering long‑term costs for integrators.
Application Suitability: When to choose UR10e vs CRX-10iA
Choose the UR10e when: - You need maximum payload (12.5 kg) for heavy end‑effectors or multiple parts. - Fast deployment is critical and your team has no industrial robot background. - Built‑in force sensing is required for precise assembly or polishing tasks. - You prefer a one‑box controller integrated into the arm base.
Choose the FANUC CRX‑10iA when: - Your facility already runs FANUC industrial robots — programming and spare parts synergy reduce training cost. - Repeatability (0.02 mm vs 0.05 mm) is critical for electronics micro‑assembly. - You need the IP67 option for wet or dusty environments. - The lower new price fits a tighter capital budget.
Verdict: Which cobot wins for your operation?
There is no universal winner — the UR10e earns the edge for versatility and ease of use, while the FANUC CRX‑10iA wins on precision and industrial heritage. If your team values a quick ramp‑up and maximum payload, the UR10e is the safer bet. If you already operate FANUC equipment or need sub‑0.05 mm repeatability, the CRX‑10iA integrates seamlessly and delivers identical safety performance at a marginally lower cost. Both robots are excellent investments that retain strong resale value on the secondary market — browse used industrial robots on Botmarket to compare current listings.
Frequently Asked Questions
Yes, both use standard 24‑V communication and can share a safety PLC or conveyor line. Their different programming languages mean separate training, but integration is common in hybrid lines.
Which cobot has better third‑party support for vision systems? The UR10e has a deeper ecosystem of UR+ certified vision kits (e.g., OnRobot, Robotiq). FANUC’s CRX‑10iA works with its own iRVision and some third‑party cameras but requires more integration effort.
How long do the batteries or backup files last in each robot? The UR10e uses a lithium‑backed RAM that retains programs for about five years. The CRX‑10iA stores jobs on a compact flash card in the controller — no battery dependency, but power loss during a write can corrupt data.
What is the recommended preventive maintenance schedule for these cobots? UR recommends annual greasing and joint seal replacement every 10,000 hours. FANUC calls for a yearly inspection of the arm and controller, with grease replacement every 14,000 hours.
Conclusion
Both the Universal Robots UR10e and the FANUC CRX‑10iA are proven collaborative robots with strong safety ratings and broad application portfolios. Your decision should hinge on payload requirements, existing automation infrastructure, and the level of operator programming experience available. For most first‑time cobot buyers, the UR10e’s simplicity and built‑in force sensing make it the default choice; for industrial shops migrating from FANUC, the CRX‑10iA offers the lowest total cost of integration.
Which factor — payload, repeatability, or programming ease — matters most for your next cobot investment?
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