Document review
We check flat patterns, bend radii, grain direction and bending tolerances.
Cutting and Bending
Laser, plasma and waterjet cutting plus sheet metal bending.
Cut blanks, bending, welding, edge finishing, surface protection and complete delivery preparation.
MetalWorkCNC B2B
Technology matched to material and edge requirement
The cutting method is selected for grade, thickness, edge quality, geometry and volume. Depending on technology and supplier, sheet formats include 3000 × 1500 mm and 6000 × 3000 mm.
Capabilities
- laser cutting of steel, stainless steel and aluminium
- plasma cutting of structural components
- waterjet cutting for heat-sensitive materials
- bending of sheets and profiles
- deburring and edge preparation
- welding, assembly and surface protection
Typical components
- brackets and supports
- machine covers and guards
- frame and structural parts
- plates, flanges and bases
- serial bent components
- kits ready for welding or assembly
From DXF to finished component
Sheet optimisation
For serial work, nesting and material utilisation are reviewed.
Secondary operations
Threading, welding, machining and surface treatment are coordinated.
Kitting
Parts can be marked, packed in sets and supplied ready for assembly.
Repeatability and assembly readiness
For bent components, tolerances, measurement method and datums are agreed. Complex geometries can begin with a trial part.
Do you require cutting or bending?
Send DXF/DWG and a drawing with material, thickness, quantity and tolerances.