Fiber laser cutting
Clean edges on steel, stainless and aluminum, nested to cut your material cost.
One-off prototypes to repeat production runs: fiber laser cutting, press brake forming, certified welding and powder coat. Your parts come back finished instead of bouncing between four vendors.
The first thing a buyer checks is whether you can make the part. Every process here links to the machines that run it.
Clean edges on steel, stainless and aluminum, nested to cut your material cost.
CNC back-gauged bending that repeats part to part, run after run.
Certified welders on steel, stainless and aluminum, from brackets to full frames.
Consistent welds and a lower cost per part once you're into production volumes.
In-house finish in hundreds of colors, cured and inspected before it leaves.
PEM hardware, sub-assembly and kitting, shipped ready for your line.
Engineers want to see the equipment before they send a drawing. Here it is, with the work envelope of each machine.
| Machine | Process | Capacity | Qty |
|---|---|---|---|
| Trumpf TruLaser 3040 | Fiber laser, 12 kW | 157 × 79 in bed | 1 |
| Amada HG 2204 | Press brake | 220 t · 13 ft | 1 |
| Accurpress 7606 | Press brake | 60 t · 6 ft | 1 |
| Fanuc ARC Mate 100iD | Robotic weld cell | Two stations | 1 |
| Miller Dynasty 400 | TIG | AC / DC | 4 |
| Lincoln Power MIG 360MP | MIG, multi-process | 360 A | 6 |
Every order is checked against the print before it's welded and again before it's coated. If a part is wrong, you hear it from us first.
Most of our work is repeat business from OEMs in these industries.