Precise progressive die stamping
Stamped stainless brackets were burr-free and dimensionally consistent across 10k units.
Laser cut, bend, stamp & weld — ±0.05 mm fabrication
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| Processes | Fiber laser cutting, CNC bending, progressive-die stamping, welding |
| Sheet thickness | 0.5–6 mm (steel) / 0.5–4 mm (aluminium) |
| Bend tolerance | ±0.5° angle, ±0.05 mm linear |
| Max sheet size | 3000 × 1500 mm |
| Welding | MIG, TIG, spot, robotic — full penetration available |
| Materials | CRS, stainless 301/304/316, aluminium 5052/6061, copper |
| Joining | Tapping, riveting, PEM hardware, assembly & kitting |
| Volume | 1–500,000 pcs |
Clean, burr-free edges and tight nesting for material efficiency.
High-volume parts at low piece cost with consistent quality.
Repeatable complex forms with in-process angle verification.
Robotic and manual welding plus full sub-assembly and finishing.
Electrical, telecom and industrial enclosures.
Mounting hardware and structural sub-frames.
Panels, ducting and chassis components.
Safety guards, covers and housings.
0.5–6 mm in steel and 0.5–4 mm in aluminium, with laser cutting and CNC bending.
Yes — any RAL/Pantone color, plus silk-screen and laser marking.
Yes — MIG/TIG/spot and robotic welding with full sub-assembly and hardware insertion.
In-process angle measurement on CNC press brakes holds ±0.5° repeatably.
Stamped stainless brackets were burr-free and dimensionally consistent across 10k units.
Quality was excellent. Tooling lead time was slightly longer but worth it for the consistency.
Upload your drawing — detailed pricing & free DFM feedback within 24 hours.