Home / Metal Fabrication / Laser cutting
CNC laser cutting
Fiber laser cutting on a 6000 × 2500 mm bed with a 20 kW source — clean edges, tight nesting, and no secondary finishing on most parts.
Fiber laser cutting on a 6000 × 2500 mm bed with a 20 kW source — clean edges, tight nesting, and no secondary finishing on most parts.
A 20 kW source on a full-sheet bed means we cut thick plate and thin sheet on the same machine, so a job with mixed thicknesses does not get split across suppliers.
Laser is the right choice when the edge matters. On most thicknesses the cut comes off ready to weld or coat with no grinding, which is where the time saving actually lands — not in the cutting, but in everything you do not have to do afterwards.
| Material | Max thickness | Edge quality | Notes |
|---|---|---|---|
| Mild steel | 40 mm | Clean, weld-ready | Oxide-free on thin gauge |
| Stainless 304 | 30 mm | Bright cut | No heat tint on most gauges |
| Stainless 316 | 30 mm | Bright cut | For wet and coastal work |
| Aluminum | 25 mm | Clean | Slower than steel at thickness |
| Galvanized sheet | 6 mm | Clean | Coating intact away from the kerf |
| Brass & copper | 12 mm | Clean | Reflective — quoted per job |
Connection steelwork cut and holed in one operation, ready to weld into a frame.
Decorative and perimeter screens cut from your artwork in sheet or plate.
Spigot plates, channel brackets and post caps for our own railing systems.
Repeat parts nested tight so a run of forty costs closer to a run of four.
Thin-gauge parts where a punched edge would not be accurate enough.
Cut lettering and panels in steel, stainless or aluminum.
DXF, DWG or STEP for cut parts. PDF for fabricated assemblies. If you only have a sketch or a photo of the part, send that — we will tell you what else we need.