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Large-Scale CNC Milling Capacity with Fermat WFT 13 (up to 20 t, X 4000 mm, Y 2000 mm)
Large-Scale CNC Milling Capacity with Fermat WFT 13 (up to 20 t, X 4000 mm, Y 2000 mm)
We have expanded our heavy-duty machining capabilities with the installation of a Fermat WFT 13 horizontal boring & milling center.
The machine’s high-rigidity spindle and a table rated for workpieces up to 20 tons enable precise and efficient machining of large components.
What this unlocks
- Large work envelope: travel up to X 4000 mm and Y 2000 mm for oversized parts.
- Heavy workpieces: table capacity up to 20 t for demanding setups.
- Process stability: rigid fixturing and controlled cutting parameters for consistent accuracy on long cuts.
- Efficient roughing & finishing: optimized strategies for flatness, perpendicularity, and surface quality per drawing.
Core specifications
| Machine | Fermat WFT 13 horizontal boring & milling center |
|---|---|
| Max part weight (table) | up to 20 tons |
| Travel — X axis | up to 4000 mm |
| Travel — Y axis | up to 2000 mm |
| Part envelope (X × Y) | up to 4000 mm × 2000 mm |
| Operations | face & shoulder milling, pocketing, contouring, drilling, boring, spotfacing, countersinking |
Notes: Dimensional accuracy and surface finish are delivered per drawing and agreed process plan.
Typical use cases we handle
- Large baseplates, frames, machine beds, adapter plates
- Housings, gearboxes, bearing seats, precision faces
- Energy, marine, construction & heavy-equipment components
- Tooling fixtures and welded fabrications requiring finish machining
Request a quote
- Share your drawing/package (PDF + STEP/IGES if available).
- Specify quantities, material, and critical tolerances/surfaces.
- Indicate required lead time and any inspection documentation.
FAQ
What is the maximum workpiece size and weight?
We machine parts up to 4000 mm (X) × 2000 mm (Y), with a table capacity up to 20 t.
Which materials do you machine?
We regularly machine common engineering metals (e.g., carbon/stainless steels, aluminum, cast iron) and can review other alloys on request.
Which CAD files do you accept?
Drawings in PDF are sufficient to quote; neutral 3D formats such as STEP/IGES help accelerate programming and DFM feedback.
How do you ensure accuracy on large parts?
By combining rigid fixturing, controlled toolpaths, progressive verification, and documented in-process checks aligned to the drawing.
