GF AgieCharmilles CUT E 350
Key Specifications
X Travel
Y Travel
Z Travel
Accuracy
uv taper range
work table size
Overview
The GF AgieCharmilles CUT E 350 is an entry-level wire EDM designed to bring GF Machining Solutions' core wire EDM technology to job shops, training environments, and small toolrooms with lower capital budgets. With 350 x 250 mm X/Y travel and a compact footprint, the CUT E 350 targets shops making the transition from outsourcing wire EDM work to bringing the process in-house, as well as technical schools and apprenticeship programs where hands-on training on a production-grade platform is required.
Despite its entry positioning, the CUT E 350 is built on GF AgieCharmilles' proven generator and machine architecture rather than a consumer-grade platform. The machine uses GF's Intelligent Power Generator (IPG) technology in a configuration tuned for accessibility and ease of operation. The AC CUT HMI (Human-Machine Interface) provides a simplified programming environment that presents GF's technology table system — covering common tooling steels, carbide, and aluminum — through a guided workflow that reduces the expertise barrier for less experienced EDM operators. The machine supports brass wire from 0.15 to 0.30 mm diameter.
The CUT E 350's design emphasizes simplicity and reliability over maximum performance. It uses ball-screw drive systems rather than the linear motors found in GF's higher-specification CUT C, CUT P, and CUT X series, reflecting the cost optimization required for the entry price point. Positioning accuracy at ±0.002 mm is appropriate for the die and mold work that entry-level shops typically perform, and surface finish to Ra 0.25 um is achievable on multiple skim passes. Automatic wire threading is standard, supporting basic unattended operation.
The CUT E 350 competes with the Fanuc ROBOCUT α-C400iB entry models, Mitsubishi Electric MV1200S, and Brother HS-300A in the accessible wire EDM segment. For shops stepping into wire EDM for the first time, the CUT E 350 offers the reassurance of a GF AgieCharmilles nameplate and support network alongside a machine architecture that can be grown into as operator skills develop.
Full Specifications
| Parameter | Value |
|---|---|
| X-Axis Travel | 350 mm (13.8 in) |
| Y-Axis Travel | 250 mm (9.84 in) |
| Z-Axis Travel | 220 mm (8.66 in) |
| Uv Taper Range | ±15° / 80 mm height |
| Work Table Size | 590 x 440 mm (23.2 x 17.3 in) |
| Max Workpiece Weight | 1000 kg2205 lbs |
| Max Workpiece Height | 220 mm (8.66 in) |
| Wire Diameter Range | 0.15 - 0.30 mm |
| Drive System | Ball screw (X, Y, U, V axes) |
| Generator | Intelligent Power Generator (IPG) — entry configuration |
| Surface Finish | Ra 0.25 um achievable |
| Positioning Accuracy | ±0.002 mm |
| CNC Control | AC CUT HMI |
| Awt | Automatic wire threading |
| Machine Weight | approx. 2,800 kg (6,173 lb) |
| Travel X Y Z | 600 x 400 x 350 mm23.62 x 15.75 x 13.78 in |
| Min Surface Roughness Ra | 0.14 μm6 μin |
| Dimensions Of Complete Equipment | 2160 x 3400 x 2320 mm85.04 x 133.86 x 91.34 in |
| Max Taper Angle Height | ± 30°/50 mm± 30°/1.97 in |
| Max Workpiece Dimensions | 1030 x 800 x 350 mm40.55 x 31.5 x 13.78 in |
| Travel U V | ± 50 mm± 1.97 in |
| Wire Diameters | 0.15-0.30 (0.10 optional) mm0.006-0.012 (0.04 optional) in |
| Max Wire Spool Weight | 8 (25 optional) kg |
Specifications sourced from gfms.com — verified 2026-03-28
Strengths & Limitations
Strengths
- Lowest-cost entry into the GF AgieCharmilles wire EDM ecosystem with full OEM support, training, and technology table access — substantially lower acquisition cost than CUT C or CUT P series
- AC CUT HMI's guided workflow and pre-loaded technology tables enable less experienced operators to produce correct results without deep EDM programming expertise
- Compact footprint fits in smaller shops and training facilities where floor space is constrained and a full large-format machine is not justified
- Automatic wire threading supports basic lights-out operation for overnight production on simple through-cutting jobs
Limitations
- Ball-screw drive system limits achievable positioning accuracy to ±0.002 mm — shops requiring ±0.001 mm or better should step up to the CUT C 350 or higher
- 220 mm maximum workpiece height is restrictive — thick die blocks and large mold bases cannot be accommodated, limiting the machine's relevance as a shop's work profile grows
- Surface finish capability of Ra 0.25 um on skim passes does not match the Ra 0.10-0.18 um achievable on the CUT C or CUT P series — not suitable for optical mold or mirror-finish die applications
- 0.15 mm minimum wire diameter precludes use of fine 0.10 mm wire for intricate small-feature work
Best For
Frequently Asked Questions
01
The CUT E 350 is GF AgieCharmilles' entry-level machine with ball-screw drives, ±0.002 mm accuracy, and Ra 0.25 um surface finish capability. The CUT C 350 is a precision-grade machine with higher-specification drives, ±0.001 mm accuracy, Ra 0.18 um or better surface finish, and a more capable generator configuration. The CUT C 350 also supports finer wire diameters down to 0.10 mm. For shops where accuracy and finish are primary requirements, the CUT C 350 is the appropriate choice; the CUT E 350 is for shops where budget and ease of operation take priority.
02
Yes. The CUT E 350's IPG generator includes technology tables for cemented tungsten carbide workpieces. Carbide cutting requires lower discharge energy settings and more careful dielectric management compared to tool steel. The CUT E 350's generator provides appropriate carbide cutting capability for standard toolmaking applications — punch and die carbide inserts, carbide gauging tools, and wear parts — within its surface finish and accuracy range.
03
Yes. The CUT E 350 was specifically designed with the inexperienced operator in mind. The AC CUT HMI uses guided workflows that walk the operator through workpiece setup, material and wire selection, and technology parameter choice. GF AgieCharmilles' training programs are available for new machine buyers, and the simplified interface reduces the time-to-competency compared to programming a more complex machine. Basic programming proficiency can typically be achieved within a few weeks of hands-on use.
04
Cutting speed depends on material, workpiece height, and wire diameter. On 50 mm thick H13 tool steel with 0.25 mm brass wire, the CUT E 350 achieves approximately 120-150 mm²/min in rough cut. For comparison, the CUT C 350 achieves 200-230 mm²/min on the same material. The CUT E 350's speed is appropriate for lower-volume work but would be a limiting factor in high-production environments.
05
GF Machining Solutions offers various purchase, finance, and lease options through its regional sales and financing partners. Options vary by region. Contact your local GF AgieCharmilles sales representative for current financing programs. For shops where capital budget is the primary constraint, GF's customer finance programs are often structured to align monthly payments with the cost savings from reduced wire EDM outsourcing.
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Community Discussions
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