FANUC ROBOCUT α-C600iC

The FANUC ROBOCUT α-C600iC is a wire electrical discharge machining (EDM) machine for cutting metal workpieces. Its XY table travel is 600 x 400 mm and its Z-axis travel is 310 mm, with a maximum workpiece weight of 1000 kg. It is controlled by a FANUC 31i-WB controller.

Source checked11/11 values · 2026-10-26FANUCCNC EDM
X 600Y 400Z 310ALL DIMENSIONS mmα-C600iC · TRAVEL ENVELOPEIsometric · X, Y, Z to scale
Travel X
600mm
Travel Y
400mm
Travel Z
310mm
Weight
3,600kg

Specification

2 sources
Categorycnc edm
Supply voltageAC200V±10% 3-phase 50/60Hz ±1Hz, AC220V±10% 3-phase 60Hz ±1Hz
Max workpiece weight1,000 kg
Max taper30 °
Operating temp min15 °C
Operating temp max30 °C

Quick answers

How much does the FANUC ROBOCUT α-C600iC weigh?
3600 kg, per ROBOCUT α-C600iC Wire EDM (fanucamerica.com).
What is the X-axis travel of the FANUC ROBOCUT α-C600iC?
600 mm, per ROBOCUT α-C600iC Wire EDM (fanucamerica.com).

Study notes

  • UV axis travel is ±100 x ±100 mm.
  • Minimum step increment of the drives is 0.0001 mm.
  • Wire diameter range is Ø0.10 to Ø0.30 mm.
  • Maximum wire weight is 16 kg; a 30 kg wire feed unit is optional.
  • Part program storage size is 8 MB.
  • Acoustic noise level is LPA 64 dB and LPCpeak 81 dB.
  • Power consumption is 13 kVA; air supply requirement is 0.5–0.7 MPa at 160 L/min or more.
  • Maximum workpiece dimensions are 1050 x 820 x 300 mm; workpiece height is 255 mm.
  • With the optional Z-axis 400 mm, maximum workpiece dimensions are 1050 x 820 x 400 mm.
  • A 45° die guide option provides a maximum taper angle of ±45° over 70 mm.

Safety

  • Install under oil-mist-free and dust-free conditions with humidity 75% RH or less.
  • Ground resistance should be less than 10 Ω and grounding should be isolated from other machines.
  • Concrete foundation ground of 400 mm or more is recommended; vibration amplitude should be 2 nm or less in the 10–20 Hz band.
  • A shield room may be required if discharge noise interferes with surrounding radio, television or other sets.
  • The unit must be grounded to prevent damage from electromagnetic interference or electrical leakage.
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