Fiber laser cutting removes the tooling cost and lead time of stamping while holding accuracy that fits assembly. Sheets from 0.3mm to 20mm in stainless steel, aluminum, carbon steel, galvanized steel and brass are cut with burr free edges, then deburred, formed and finished in the same workshop.
| Cutting Technology | Fiber laser 1000W to 12000W with nitrogen and oxygen assist gas |
| Material | Stainless 304 / 316L, aluminum 5052 / 6061, SPCC, SECC galvanized, brass, copper |
| Thickness Range | 0.3mm to 20mm depending on material |
| Cutting Accuracy | +/-0.05mm, repeat positioning +/-0.02mm |
| Edge Quality | Burr free edge Ra 1.6 to 3.2, no dross on stainless and aluminum |
| Max Sheet Size | 3000 x 1500mm |
| File Format | DXF, DWG, STEP, IGES, PDF |
| Secondary Process | Bending, tapping, deburring, countersinking, hardware insertion, finishing |
Mounting brackets, cover plates, control panels, heat shields, machine guards, battery trays, speaker grills, electronics chassis and ventilation panels.
| Incoming | Material grade and thickness verified against drawing |
| First article | Dimension check on CMM or projector, report submitted for approval |
| In process | First piece inspection after each nesting run |
| Final | Burr, flatness and appearance inspection before packing |
| Step 1 | Send DXF or DWG with material, thickness and quantity |
| Step 2 | Quotation with nesting layout and material utilization within 24 hours |
| Step 3 | Sample cutting and inspection report for approval |
| Step 4 | Batch cutting, secondary processes, packing and shipment |
Send your drawing or DXF file for a quotation within 24 hours.