Sheet metal stamping and tooling

We machine die blocks, plates and holders on CNC milling. Roughing and finishing before hardening happens here — and we also produce customer parts by milling.

We turn cylindrical parts — punches, pins, bushings — to close diameter tolerance. Alongside our own die components, we take on outside turning work.

Burns a hole through hardened plate where a drill cannot cut. It creates the start hole the wire needs to pass through.

A fine wire is threaded through that hole and cuts the profile by electrical discharge. Even in hardened material it achieves tight tolerances and a clean surface; complex profiles and sharp internal corners that conventional machining struggles with are produced here.

A shaped electrode burns pockets, ribs and blind cavities into hardened steel. Closed forms a wire cannot reach — die pockets, ribs and impressions — are produced this way.

Refines the flatness and thickness of die plates. Whether the die closes properly and its components seat against each other depends on this.

We cut raw bar, flat and profile stock to length. Material prep before machining and pressing starts here.

We cut profiles, pipe and box sections straight or mitred — sized cutting for structural and assembly parts.

On our vertical band saw we cut hard material — iron, steel, profile and pipe — following a contour as well as straight cuts.

With several eccentric presses from 15 to 60 tons we blank, punch, bend and form sheet parts. Series pressing with your own die runs on these too.

We roll a metal strip through successive rollers into a continuous profile. For long, constant-section parts, roll forming beats pressing on efficiency.

We join parts permanently with rivets — preferred where welding is unwanted or dissimilar materials must be held together.

We join steel parts by gas metal arc (MIG/MAG) welding, completing assembly and fabrication end to end in-house.