FANUC · Collaborative robot · Commercial product

CRX-10iA/L

CRX-10iA/L is the long-reach version of FANUC's 10 kg collaborative robot, with a 1,418 mm reach.

Editorial source check: 9 October 2026. Specialist technical review: not yet performed. Why we say this

Machine Index record · FANUC

CRX-10iA/L

Maximum payload
10 kg
Reach
1,418 mm
Degrees of freedom
6 axes
Repeatability
±0.05 mm

No licensed photograph is available yet. RoboMag publishes images only with a verifiable licence.

Key specifications

Every value sourced
Maximum payload
10 kg [1]
Reach
1,418 mm [1]
Degrees of freedom
6 axes [1]
Repeatability
±0.05 mm [1]
Maximum TCP speed
1,000 mm/s in collaborative mode; 2,000 mm/s in high-speed mode [1]
Ingress protection
IP67 (body, wrist and J3 arm) [1]
Ambient operating temperature
0–45 °C [2]
Mechanical weight
39 kg [1]

FANUC Europe also lists a CRX-10iA/L Food variant with food-grade grease; IP67 does not apply with the food-grade option. A CRX-10iA/L Paint variant is also listed.

Full specifications

15 fields

Performance

Maximum payload What is this?10 kg [1]
Reach What is this?1,418 mm [1]
Degrees of freedom What is this?6 axes [1]
Repeatability What is this?±0.05 mm [1]FANUC America does not name the test standard on its product page; FANUC Europe's datasheet references ISO 9283.
Allowable wrist moment / inertia What is this?J4 34.8 Nm / 1.28 kg·m²; J5 26 Nm / 0.9 kg·m²; J6 11 Nm / 0.3 kg·m² [1]

Motion

Maximum TCP speed What is this?1,000 mm/s in collaborative mode; 2,000 mm/s in high-speed mode [1]FANUC Europe's datasheet describes these as maximum linear speeds of the tool centre point.
Joint working ranges What is this?J1 360°, J2 360°, J3 540°, J4 380°, J5 360°, J6 380° [1]FANUC publishes each axis's total travel. Universal Robots and ABB publish ± limits, so ±360° equals 720° of travel.

Power

Average power consumption0.3 kW [2]

Environment

Ingress protectionIP67 (body, wrist and J3 arm) [1]FANUC Europe's datasheet notes that IP67 does not apply with the food-grade option.
Ambient operating temperature0–45 °C [2]
Humidity≤75% RH without dew or frost; ≤95% RH short term (within one month) [2]
Noise< 70 dB [2]

Physical

Mechanical weight39 kg [1]
MountingFloor, angle or inverted [1]

Controller and communications

ControllerR-30iB Plus [1]
JointWorking rangeMaximum speedSource
J1360° total travelNot published in the cited documents[1]
J2360° total travelNot published in the cited documents[1]
J3540° total travelNot published in the cited documents[1]
J4380° total travelNot published in the cited documents[1]
J5360° total travelNot published in the cited documents[1]
J6380° total travelNot published in the cited documents[1]

Where it sits in the range

CRX-10iA/L keeps CRX-10iA's 10 kg payload, 39 kg mechanical weight and wrist ratings, and extends the reach to 1,418 mm. FANUC America lists slightly less J1 and J3 travel than for CRX-10iA (360° and 540° against 380° and 570°).

What the cited documents do not give

FANUC's cited pages do not publish per-axis maximum speeds or a force-sensing specification for CRX-10iA/L, so RoboMag leaves them unknown. FANUC Europe gives average rather than maximum power consumption, which is not comparable with the maximum figures Universal Robots publishes.

RoboMag has not physically tested CRX-10iA/L. Cycle time, reliability and the safe speed of a finished cell depend on the tool, the task and the risk assessment.

No permanent comparison has been published for CRX-10iA/L yet. RoboMag publishes one only when both machines have enough sourced, like-for-like data. Use the comparison tool to place sourced profiles side by side.

Official documents

Opens the manufacturer’s site

Primary sources

  1. [1] CRX-10iA/L specificationsFANUC America · Product page specification table · accessed 9 October 2026
  2. [2] CRX-10iA/L datasheetFANUC Europe · MDS-04019, V1, 12/2023 · accessed 9 October 2026
  3. [3] CRX-10iA/L product pageFANUC Europe · accessed 9 October 2026
  4. [4] CRX collaborative robot seriesFANUC Europe · Series page listing standard, food-grade and paint models · accessed 9 October 2026