GF Machining Solutions AgieCharmilles CUT F 350
Key Specifications
X Travel
Y Travel
Z Travel
machine dimensions wxdxh
machine weight without dielectric
travel uv
How much does the GF Machining Solutions AgieCharmilles CUT F 350 cost?
Estimated price range
Our best estimate for a wire edm in this class — not a quote from GF Machining Solutions. Configuration moves it a long way.
Overview
The AgieCharmilles CUT F 350 is the smaller of GF Machining Solutions' two CUT F wire EDMs (CUT F350 / 600), with 350 x 250 x 250 mm of X, Y and Z travel, ±45 mm on U and V, and wire from 0.10 to 0.30 mm. GF positions the CUT F for growing part complexity, and names mould making, stepped parts and longer machining cycles as its best fit.
GF gives the best finish by material rather than as one number: Ra 0.14 µm in carbide and 0.18 µm in steel. That split is useful for a mould shop, which cuts both, and it is the clearest figure separating the F from the AgieCharmilles CUT E 350, which lists a single Ra 0.14 µm. The working envelope is the same as on that machine: parts up to 820 x 680 x 250 mm and 400 kg, and a taper of ±30° at 50 mm of height.
The series feature list leans toward long, accurate cycles. GF lists Dynamic Corner Control for holding geometry through contours, Spark Track process monitoring, the IPG generator and its wire circuit design for the CUT F. ISPS wire-breakage protection is optional here, as are iWire for lower wire consumption and a Renishaw probe for part positioning, so a machine intended for unattended stepped-part runs should be specified with ISPS.
One point to clear up before ordering: the series page lists fine-wire machining down to 0.05 mm, but this model's own table lists 0.10 - 0.30 mm, so ask GF whether the finer wire applies to the 350 size. The machine measures 1850 x 3050 x 2450 mm and weighs 2855 kg without dielectric.
Full Specifications
| Parameter | Value |
|---|---|
| Machine Dimensions Wxdxh | 1850 x 3050 x 2450 mm |
| Machine Weight Without Dielectric | 2855 kg |
| X-Axis Travel | 350 mm |
| Y-Axis Travel | 250 mm |
| Z-Axis Travel | 250 mm |
| Travel Uv | ± 45 mm |
| Best Surface Finish Ra | Carbide: 0.14 μm / Steel: 0.18 μm |
| Max Workpiece Dimensions | 820 x 680 x 250 mm |
| Max Workpiece Weight | 400 kg |
| Wire Diameters | 0.10 - 0.30 mm |
| Max Taper Angle Height | ± 30°/50 mm |
Specifications sourced from agiecharmilles.com — verified 2026-10-02
Strengths & Limitations
Strengths
- Best finish listed per material: Ra 0.14 µm in carbide, 0.18 µm in steel
- Parts up to 820 x 680 x 250 mm and 400 kg on 350 x 250 x 250 mm of travel
- Series includes Dynamic Corner Control for corner geometry and Spark Track process monitoring
- Footprint of 1850 x 3050 mm and 2855 kg without dielectric
- ±30° taper at 50 mm height with ±45 mm of U/V travel
Limitations
- ISPS wire-breakage protection, iWire and Renishaw probing are all options
- The table lists 0.10 to 0.30 mm wire, although the series page mentions fine wire down to 0.05 mm
- Steel finish is listed at Ra 0.18 µm, coarser than the 0.10 µm of the AgieCharmilles CUT P 350 Pro
- The taper rating applies at 50 mm of height, which restricts steep tapers on thick parts
Best For
Frequently Asked Questions
01
Travel, U/V stroke, wire range and workpiece limits are the same on both. The AgieCharmilles CUT E 350 lists one best finish of Ra 0.14 µm and stands 2220 mm tall; the F lists 0.14 µm in carbide and 0.18 µm in steel and stands 2450 mm tall. The F's series adds Dynamic Corner Control and Spark Track and is aimed at moulds and stepped parts.
02
GF's CUT F series page lists fine-wire machining down to 0.05 mm, but the specification table for the 350 lists wire diameters of 0.10 - 0.30 mm. Ask GF to confirm in writing whether fine wire is available on this size before buying it for micro-detail work.
03
GF calls ISPS wire-breakage protection, iWire wire-consumption optimisation and Renishaw probing optional. Dynamic Corner Control, Spark Track, the IPG generator and the wire circuit design are listed for the series without being called options.
04
GF lists the best finish as Ra 0.14 µm in carbide and Ra 0.18 µm in steel. The finer figure in carbide suits punch and insert work in that material; for steel moulds plan on 0.18 µm.
