Cutting & forming
Laser cutting, tube laser cutting, waterjet cutting, punching and bending. Process and thickness are selected to suit contours, edges and function.
Sheet metal fabrication
Sheet metal parts and assemblies.
Cutting, bending and joining for enclosures, brackets, covers and custom sheet metal structures.
Discuss your project ↗Joining & assembly
Welding and press-in fasteners complement machining. Threads, mounting points and assemblies are considered during planning.
Material & protection
Steel, stainless steel, aluminium, brass and copper for technical and design applications. Powder coating and other finishes protect the part and create the desired appearance.
Technologies
Manufacturing in detail.
Sheet metal fabrication
Laser cutting ↗
Precise sheet metal blanks with custom contours and cut-outs.
Sheet metal fabricationSheet metal bending ↗
Brackets, covers and enclosures made from bent sheet metal.
Sheet metal fabricationWelding ↗
Join metal parts into coordinated assemblies.
Sheet metal fabricationWaterjet cutting ↗
Contours and plate blanks without the heat-affected zone of thermal cutting.
Sheet metal fabricationTube laser cutting ↗
Contours and joints in metal tubes and profiles.
Applications
Typical applications
From the application to the right process.
Enclosures & covers ↗
Protect components and integrate interfaces correctly.
Fixtures & assembly aids ↗
Support workflows with suitable fixtures and aids.
Profiled parts & decorative sheet metal ↗
Custom profiles, cut-outs and decorative metal surfaces.
Frames & metal assemblies ↗
Join metal parts into supporting or protective assemblies.
Materials
The right material.
Compare materials by technology and select them together.
3D Plus · Post-processing
DeburringDetails ↗
Powder coatingDetails ↗
Assembly & joiningDetails ↗
SandingDetails ↗
Fits, threads & insertsDetails ↗
The right finish.
These options depend on the material and part specifications.
DeburringDetails ↗Powder coatingDetails ↗Assembly & joiningDetails ↗SandingDetails ↗Fits, threads & insertsDetails ↗We confirm suitability based on the material, geometry and requirements.
Good to knowTechnical details &
Technical details &
possibilities.
Technical capabilities
| Process | Capabilities | Working range¹ |
|---|---|---|
| Laser cutting | Contours & cut-outs in metal sheets | Sheet size up to 3’000 × 1’500 mm |
| Press brake bending | Enclosures, profiles & brackets | Bending length up to 4’000 mm |
| Tube laser processing | Round, square & rectangular tubes | Typically Ø 20–220 mm |
| Joining | TIG, MIG/MAG, spot welding | Depends on material and geometry |
| Assembly preparation | Press-in nuts, studs, threads | To drawing |
¹ Selected capabilities in our manufacturing network. Sheet thickness, bending length, radius and material are assessed together; maximum values cannot be combined arbitrarily.
What helps with your enquiry?
STEP or DXF, drawings, sheet thickness and quantity. State bend radii, visible surfaces and weld requirements where already defined.
Frequently asked questions
Should I send a flat pattern or a 3D model?
Both help. For bent parts, a 3D model and drawing are especially useful. Thickness, bend radii and visible sides should be clear.
Do you also deliver finished assemblies?
Welding, fasteners and post-processing can be included. Assembly scope and inspection characteristics are recorded in the quotation.
Let’s discuss your project
Enquire about a projectLet’s discuss your part.
A short description is enough to start the conversation.