FANUC CRX-10iAvsKinova Gen3

Close call. CRX-10iA and Gen3 trade wins across the matrix.

CRX-10iA

1 wins

Gen3

0 wins

Category breakdown

Readiness, uptime, navigation & connectivity

Even

88
Deployment readiness
85
60
Maintenance confidence
60
Vision-led navigation (estimated)
Navigation
Vision-led navigation (estimated)
Wi-Fi / cloud fleet management (estimated)
Connectivity
Wi-Fi / cloud fleet management (estimated)

Price accessibility and ROI clarity

Even

Payload, speed, runtime & labor replacement

CRX-10iA

78
Labor replacement
40
10 kg
Payload
4 kg (mid-range continuous); 2 kg (full-range continuous)
Max joint speeds: J1–J2 360°/s, J3 540°/s, J4–J6 380°/s; operational speeds 120–180°/s across joints
Speed
50 cm/s maximum Cartesian translation speed
N/A – mains-powered (100–240V AC)
Battery
Powered via 18-30 VDC external supply, 24 VDC nominal (36 W average power)

Environment fit, footprint & long-term upside

Even

85
Environment fit
75
72
Future potential
80
Robot arm width ~245 mm; teach pendant 335 × 176 × 120 mm
Footprint
Total weight: 7.2 kg (6 DoF) / 8.2 kg (7 DoF); Maximum reach: 891 mm (6 DoF) / 902 mm (7 DoF)

CRX-10iA · Best for

CNC machine tending — load/unload parts from spindles in 5–50-second cycles

Gen3 · Best for

Research labs and university robotics programs developing control algorithms or human-robot collaboration workflows.

Final judgment

Both are credible picks. Decide on cost and supplier proximity, not capability — the gap is small.