CNC milling

Milling is for parts that do not rotate. The part is clamped to the table and a rotating cutter removes material. The parts we make most often:

• Mounting plates and brackets: drilled and pocketed plates for motors, gearboxes, cylinders and sensors.
• Housings and covers: pump, reducer and gearbox housings, bearing covers, seal seats.
• Guides, slides and supports: machined surfaces for linear motion components.
• Mould components: cores, ejector plates, cutting and bending elements.
• Profiled parts: pockets, slots, steps, countersinks and angled faces.

We pick the machine and the workshop according to the size and precision of the part.

We work with structural steels (S235, S355), through-hardening steels (C45, 42CrMo4), case-hardening steels, stainless steels (304, 316, 420), aluminium alloys (6061, 7075), bronze, brass and engineering plastics such as POM and PA.

Where the drawing gives no tolerance, ISO 2768-m applies. Tight fits such as H7 bores or h6 shafts are held when the drawing says so. Standard machining gives around Ra 3.2; lower values come from fine passes, reaming or grinding.

Heat treatments (hardening, nitriding) and surface treatments (coating, anodising, phosphating, paint) are arranged as part of the job.

• A drawing: PDF, DWG, DXF or STEP with dimensions, tolerances, material and finish.
• Quantity: price depends heavily on it — set-up dominates single pieces, machining time dominates series.
• A sample or photos: for parts without a drawing.
• Deadline: urgent jobs go in a separate queue; tick "my machine is down" in the form.

• CNC turning — for rotating parts
• Machine spare parts — remaking a broken part
• Prototypes and one-offs — testing a design

See all of them on the CNC machining page.