Accurate flat profiles in steel, stainless and aluminium.
Cutting capability
Laser cutting delivers repeatable profiles for brackets, gussets, signage backings, machine plates and architectural screens. Nesting is optimised for material use while respecting grain direction where you specify it.
Edge quality suitable for fabrication, coating and assembly is standard; finer requirements are noted on the drawing.
File preparation
DXF/DWG with clean contours, correct scale and layer separation speeds programming. Duplicate lines, open contours and overlapping geometry cause delays—we return files for correction when needed.
For etching or marking, provide layer names and depth expectations explicitly.
Thickness range
Thin sheet through commercial plate thicknesses are cut subject to machine capacity. Very small holes in thick plate may need process review or secondary drilling.
Tap holes and countersinks can be programmed where tooling allows.
Downstream
Cut parts can move directly to bending, welding or dispatch. Combining cutting-only with fabrication in one order avoids freight between suppliers.
Kerf, edge squareness and tap holes
Laser kerf is compensated in the program so finished parts match drawing size after cut. Tap drill and clearance holes are programmed from your hole table—mixed tables on one part are common on bracket plates.
Thick plate may show slight taper on edges; if a part mates with a precision bore, call out which face is datum for machining or reaming.
Nesting and material certificates
Nesting respects your grain direction notes on structural plate where orientation matters for slots and bends. Mill certificates can be linked to heat numbers on nominated projects when material is traceable from supply.
