Sheet laser cutting up to 4,000 × 2,000 mm
Three fibre lasers of 3, 6 and 12 kW cut your parts in carbon steel, stainless steel, aluminium and copper, from thin sheet to heavy plate. Your drawings are checked by our engineering office before quoting.
- 3 · 6 · 12 kW
- Fibre laser power
- 4,000 × 2,000 mm
- Maximum bed size
- 40 mm*
- Carbon steel, maximum thickness
- 25 mm*
- Stainless steel, maximum thickness
* Maximum stated values, subject to validated technical conditions. Feasibility depends on the grade, the geometry and the required cut quality. Beds: 3,000 × 1,500 mm on the 3 kW and 6 kW lasers, 4,000 × 2,000 mm on the 12 kW laser.
What we offer
- Flat part cuttingfrom one-offs to series
- Complex contours, holes and internal cut-outsin a single cutting operation
- Nesting of parts on the sheetprepared by our engineering office to reduce scrap
- Machine selection by thickness and size3, 6 or 12 kW fibre lasers
- Parts ready for bending and weldingin the same workshop
Technical constraints to bear in mind
- Size: 3,000 × 1,500 mm on the 3 kW and 6 kW lasers, 4,000 × 2,000 mm on the 12 kW laser. Larger parts are reviewed case by case.
- Thickness: up to 40 mm in carbon steel, 25 mm in stainless steel and 10 mm in aluminium and copper, subject to validated technical conditions. In heavy plate, edge appearance and the heat-affected zone depend on the grade.
- Small holes: a hole smaller in diameter than the sheet thickness needs to be checked first.
- Materials: carbon steel, stainless steel, aluminium and copper; any other material is reviewed case by case before quoting.
- Tolerance: ± 0.2 mm for sheet laser cutting; it is confirmed for each part at quotation stage, according to the material, the thickness and the geometry.
Examples of parts we can make
- Base plates and gussets
- Flanges and collars
- Brackets and supports before bending
- Covers and cladding
- Jigs and assembly parts
- Heavy-plate structural parts
- Perforated sheets and decorative patterns
Accepted files
A clean file speeds up the review. Failing that, a dimensioned PDF drawing or a sketch is enough for an initial assessment.
- DXF, DWG
- 2D contour at 1:1 scale, in millimetres: the ideal format for a flat laser-cut part
- STEP, IGS
- 3D model of a bent part or an assembly; our engineering office develops the flat pattern
- Dimensioned drawing, alongside a file or on its own for an initial estimate
- ZIP
- Several files or a complete folder in a single upload
How fibre laser cutting works
A laser beam focused to a spot a few tenths of a millimetre wide melts the sheet along the programmed contour. An assist gas blows the molten metal away, leaving a narrow, even kerf. The cutting head follows a program generated from your file, so no dedicated tooling is required.
Why choose laser cutting
- One-offs and series go through the same process, with no tooling costs.
- Complex contours, holes and internal cut-outs are produced in a single operation.
- The validated program is reused for every repeat order, which makes re-runs straightforward.
- Cut parts are ready for bending or welding straight away.
Three power levels, matched to your part
Our 3 kW and 6 kW fibre lasers work on a 3,000 × 1,500 mm bed and suit thin to medium sheet as well as small parts. The 12 kW fibre laser, on a 4,000 × 2,000 mm bed, handles large formats and heavy plate. For each part, our engineering office selects the machine according to the material, thickness, size and required edge quality.
Carbon steel and stainless steel
We cut carbon steel up to 40 mm, stainless steel up to 25 mm, and aluminium and copper up to 10 mm, subject to validated technical conditions. These are maximum values: the grade, the geometry and the required finish determine what is feasible for your part. If you need another material or a specific grade, mention it in your request and we will review feasibility before quoting.
After cutting
Your parts can be bent, rolled or welded into assemblies in the same workshop. To get your files ready, read our accepted formats guide, then send us your quote request.
Thick laser-perforated plates 
Folded sheet metal cabinet 
What we need to quote
- 01The material and grade, if known
- 02The sheet thickness
- 03The file or dimensioned drawing for each part
- 04The quantity, and whether the need is one-off or recurring
- 05Any further operations: bending, rolling, welding
- 06Your requested date, indicative and confirmed in the quote
Frequently asked questions
What thickness can you cut?
Up to 40 mm in carbon steel, 25 mm in stainless steel and 10 mm in aluminium and copper, subject to validated technical conditions. Feasibility depends on the grade, the geometry and the required cut quality; it is confirmed during the review.
What is the maximum sheet size?
4,000 × 2,000 mm on the 12 kW laser, 3,000 × 1,500 mm on the 3 kW and 6 kW lasers. Larger parts are reviewed case by case by our engineering office.
Do I need a DXF file to get a quote?
No. A DXF or DWG speeds up the review, but a dimensioned PDF drawing or a STEP model also allows us to quote. Our engineering office prepares the production files.
Can you bend or weld the cut parts?
Yes: bending, rolling and welding are carried out in the same workshop. Specify the operations you need in your request.
Related pages
Can your part be made? Send us the drawing.
Sheet laser cutting is preselected in the form. Add the material, thickness, quantity and your files.