GF Machining AgieCharmilles CUT E 350

$100,000 - $160,000 Updated 2026-03-19

Key Specifications

X / Y / Z Travel

350 x 250 x 250 mm (13.8 x 9.8 x 9.8 in)

U / V Travel

±45 mm (±1.8 in)

Max Workpiece Dimensions

820 x 680 x 250 mm (32.3 x 26.8 x 9.8 in)

Max Workpiece Weight

400 kg (882 lb)

Wire Diameter Range

0.15 - 0.30 mm (0.10 mm optional)

Min Surface Finish Ra

0.14 µm

Overview

The GF Machining Solutions AgieCharmilles CUT E 350 is GF's entry-level compact wire EDM, designed to bring Swiss-engineered wire EDM capability to job shops, toolrooms, and educational institutions at the most accessible price point in the GF lineup. Despite the entry-level designation, the CUT E 350 delivers the fundamental capabilities needed for reliable toolroom wire cutting with the build quality and precision engineering that GF Machining Solutions is known for.

With X/Y/Z travels of 350 x 250 x 250 mm and U/V travel of ±45 mm, the CUT E 350 handles the majority of typical toolroom workpieces: mold inserts, punch and die sets, fixtures, jigs, and prototypes. Maximum workpiece dimensions of 820 x 680 x 250 mm with a 400 kg weight capacity provide a generous work envelope relative to the axis travel, and the machine achieves surface finishes down to Ra 0.14 µm.

The CUT E 350 runs on GF's AC CUT control with technology tables that automatically calculate cutting parameters based on material type, wire diameter, and desired surface finish. This dramatically reduces the learning curve for operators new to wire EDM and minimizes setup time for experienced users. Standard wire diameter range is 0.15 to 0.30 mm, with optional 0.10 mm capability for finer detail work.

Automatic wire threading (AWT) is standard, supporting unattended operation on multi-feature jobs. Taper cutting reaches ±30° at 50 mm height, covering the most common die-clearance angle requirements. At a compact footprint of 1850 x 3050 mm, the CUT E 350 fits into standard shop floor layouts and serves as an accessible entry point to GF's broader wire EDM ecosystem.

Full Specifications

Parameter	Value
X / Y / Z Travel	350 x 250 x 250 mm (13.8 x 9.8 x 9.8 in)
U / V Travel	±45 mm (±1.8 in)
Max Workpiece Dimensions	820 x 680 x 250 mm (32.3 x 26.8 x 9.8 in)
Max Workpiece Weight	400 kg (882 lb)
Wire Diameter Range	0.15 - 0.30 mm (0.10 mm optional)
Min Surface Finish Ra	0.14 µm
Max Taper Angle	±30° / 50 mm height
Wire Spool Capacity	8 kg (25 kg optional)
Control System	AC CUT with technology database
Auto Wire Threading	Standard (AWT)
Machine Footprint	1850 x 3050 x 2220 mm
Dielectric	Deionized water
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
Max Workpiece Weight	1000 kg2205 lbs
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

Most accessible price point in the GF Machining Solutions wire EDM lineup
AC CUT technology tables reduce operator learning curve for shops new to wire EDM
Ra 0.14 µm surface finish meets toolroom and production tooling requirements
Standard AWT supports unattended operation on multi-feature jobs
400 kg workpiece capacity handles substantial tooling in a compact machine
Compact 1850 x 3050 mm footprint fits standard shop floor layouts

Limitations

0.15 mm minimum standard wire excludes finest micro-detail work without optional package
No Thermal Compensation System — accuracy may vary with shop temperature changes
±45 mm U/V travel and ±30°/50mm taper are more limited than higher-tier models
Standard 8 kg wire spool limits run time for extended unattended cutting

Best For

Job shops and toolrooms bringing wire EDM capability in-house for the first time Educational and training institutions teaching wire EDM fundamentals on industry-grade equipment Prototyping shops cutting one-off parts, jigs, and fixtures in hardened materials Small die and mold shops needing reliable wire EDM at an accessible investment level Contract manufacturers adding wire EDM as a complementary service offering

Frequently Asked Questions

01 Is the CUT E 350 suitable for production work or only prototyping?

The CUT E 350 handles production toolroom work reliably — mold inserts, punch/die sets, and production fixtures. Its AWT system supports unattended operation, and the AC CUT technology database provides consistent cutting parameters. For higher-volume production, the CUT F or CUT P series offer additional capabilities like thermal compensation and IPG generators.

02 Can the CUT E 350 cut carbide and hardened steels?

Yes. Wire EDM cuts any electrically conductive material regardless of hardness. The CUT E 350 includes cutting parameters for carbide, hardened tool steels (D2, M2, S7, H13), stainless steel, titanium, copper, and aluminum in its technology database.

03 What is the upgrade path from the CUT E 350?

The natural upgrade path within GF is: CUT F 350 (adds thermal compensation), CUT 2000 S (adds IPG generator for mirror finishes), or CUT P 350 Pro (adds production-grade IPG with SMART consumables). All run on the AC CUT platform, so operator skills transfer directly.

04 How does the CUT E 350 compare to entry wire EDMs from other brands?

The CUT E 350 competes with the Sodick VL400Q, Mitsubishi MV1200R, and FANUC ROBOCUT C400iA at similar price points. GF differentiates on build quality, the AC CUT technology database depth, and the upgrade path to higher-tier GF machines. Regional dealer support quality is often the deciding factor.