FANUC RoboCut C600iC

$180,000 - $250,000 Updated 2026-03-16

Key Specifications

X Travel

600 mm (23.6 in)

Y Travel

400 mm (15.7 in)

Z Travel

310 mm (12.2 in)

travel u

±100 mm (±3.94 in)

travel v

±100 mm (±3.94 in)

max workpiece size

1,050 x 820 x 310 mm (41.3 x 32.3 x 12.2 in)

Overview

The FANUC RoboCut C600iC is the mid-range model in FANUC's latest-generation iC series wire EDM lineup, sitting between the C400iC and C800iC. With X/Y/Z travels of 600 x 400 x 310 mm, it fills the gap for shops that have outgrown the C400 but don't need the full C800 envelope. The C600iC handles large progressive die sections, mid-size mold components, and aerospace parts that the C400 simply can't reach, while maintaining a more manageable footprint and price point than the C800.

The iC generation represents FANUC's latest wire EDM technology. The Series 31i-WB Plus control brings updated AI Pulse Control II with enhanced real-time discharge optimization — FANUC claims a 15% improvement in cutting speed over the iB generation on standard materials while maintaining the same surface finish quality. The AWF3 automatic wire feeding system is the third generation of FANUC's renowned automatic wire threading technology, with improved threading success rate in submerged conditions and through small start holes down to 2 mm diameter.

The C600iC achieves surface finishes as fine as Ra 0.10 micrometers with multi-pass skim cutting and cutting accuracy of ±0.002 mm on standard applications. The wire diameter range of 0.05 to 0.30 mm is broader than the previous iB generation, adding capability for ultra-fine wire work in micro-mold and medical applications. The U/V axis range of ±100 mm enables taper cutting up to ±30 degrees on tall workpieces. Maximum workpiece weight capacity is 1,200 kg, accommodating substantial die plates and mold bases.

New C600iC machines price between $180,000 and $250,000, positioning them in the mid-premium segment of the wire EDM market. Direct competitors include the Sodick ALC600G Premium, Mitsubishi MV2400S, Makino U6 H.E.A.T., and GF Machining Solutions CUT E 600. FANUC's integrated platform advantage — CNC, servos, and generator all designed in-house — provides reliability and serviceability that multi-vendor architectures cannot match. The same global service network supporting FANUC's CNC controls and robots backs every RoboCut installation.

Full Specifications

Parameter	Value
X-Axis Travel	600 mm (23.6 in)
Y-Axis Travel	400 mm (15.7 in)
Z-Axis Travel	310 mm (12.2 in)
Travel U	±100 mm (±3.94 in)
Travel V	±100 mm (±3.94 in)
Max Workpiece Size	1,050 x 820 x 310 mm (41.3 x 32.3 x 12.2 in)
Max Workpiece Weight	1,200 kg (2,646 lb)
Wire Diameter Range	0.05 - 0.30 mm
Surface Finish	Ra 0.10 µm (achievable with skim passes)
Cutting Accuracy	±0.002 mm (±0.00008 in)
Max Taper Angle	±30° at full Z height
Auto Wire Threading	AWF3 (3rd gen, submerged threading, 2mm min start hole)
CNC Control	FANUC Series 31i-WB Plus
Ai Pulse	AI Pulse Control II (enhanced real-time adaptive discharge)
Dielectric	Deionized water
Machine Weight	4,800 kg (10,582 lb)

Specifications sourced from emastercam.com — verified 2026-03-28

Strengths & Limitations

Strengths

600 x 400 mm X/Y travel bridges the gap between compact and large-format wire EDMs — handles progressive die sections and mid-size mold components without paying for oversized capacity
AI Pulse Control II delivers approximately 15% faster cutting speed than the previous iB generation while maintaining surface finish quality and wire break prevention
AWF3 automatic wire threading achieves reliable threading through start holes as small as 2 mm diameter, even in submerged cutting conditions
Extended wire diameter range down to 0.05 mm enables ultra-fine wire work for micro-mold features and medical device components that thicker wires cannot achieve
FANUC's fully integrated CNC/servo/generator architecture eliminates compatibility issues and simplifies troubleshooting compared to multi-vendor wire EDM platforms
Ra 0.10 µm surface finish capability approaches mirror-quality levels, reducing or eliminating post-EDM polishing in many mold and die applications

Limitations

Price point of $180K-$250K is higher than competing mid-range wire EDMs from Sodick and Mitsubishi with comparable travel ranges
310 mm Z-travel may be insufficient for very tall workpieces — shops cutting thick forging dies or large aerospace components may need the C800iC
FANUC's wire EDM cutting speed, while improved in the iC generation, is still generally considered slightly slower than Sodick's linear motor machines on very thick materials
The deionized water system requires consistent maintenance of resin beds and filters — neglecting this directly impacts cutting performance and surface quality
FANUC wire EDMs have a smaller installed base than Sodick or Mitsubishi in some markets, meaning fewer used machines available and potentially fewer experienced operators

Best For

Progressive die manufacturers cutting large die sections, punch profiles, and die blocks that exceed the 400mm X-travel of compact wire EDMs Mold and die shops working on mid-size injection mold inserts, cavity blocks, and core components requiring tight tolerances and fine surface finish Aerospace manufacturers wire-cutting turbine components, structural fittings, and landing gear parts from hardened steel and exotic alloys Shops upgrading from a C400-class wire EDM that need more travel range while staying within the FANUC ecosystem for service and parts commonality Contract EDM service providers needing a versatile mid-range machine that handles both small precision work (with fine wire) and larger production EDM jobs

Frequently Asked Questions

01 What is the difference between the C600iC and C600iB?

The iC is FANUC's latest generation, replacing the iB series. Key improvements include AI Pulse Control II (faster cutting speed), AWF3 automatic wire threading (improved reliability), expanded wire diameter range down to 0.05 mm, the 31i-WB Plus control with enhanced processing, and improved surface finish capability (Ra 0.10 µm vs Ra 0.15 µm). The mechanical platform dimensions are similar, but the iC generation delivers measurably better performance across all parameters.

02 How does the C600iC compare to the Sodick ALC600G?

The Sodick ALC600G uses linear motors for faster axis acceleration and cutting speed on thick materials. The FANUC C600iC uses ball screw drives with AI Pulse Control II for adaptive cutting optimization. FANUC generally offers superior automatic wire threading reliability and a stronger global service network. Sodick wins on raw cutting speed in thick stock. Pricing is comparable. The choice typically comes down to application requirements and local dealer support quality.

03 Can the C600iC run unattended?

Yes, unattended operation is a core design goal. The AWF3 system automatically re-threads broken wire and threads through pre-drilled start holes. AI Pulse Control II actively prevents wire breaks by adapting discharge parameters in real time. The Core Stitch function tabs cut slugs to prevent them from falling. Combined, these features enable reliable lights-out production. Many shops run the C600iC overnight and through weekends with confidence.

04 What maintenance does the C600iC require?

Regular maintenance includes deionized water system upkeep (resin bed replacement every 3-6 months, filter changes monthly), wire guide replacement based on wear (typically every 200-400 hours), power feed contact inspection, and standard mechanical maintenance (way lubrication, coolant system cleaning). FANUC provides detailed maintenance schedules and most consumables are readily available through their parts network.