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Capability 03 — Fabrication
The structural backbone of every project — SS304 and SS316 cut, formed, welded and assembled to architectural tolerance. Laser and CNC cutting, press-brake forming and clean, back-purged stainless welding.
Every flawless finish starts with flawless fabrication — precise cuts, true folds and clean welds are what make the surface worth coating.
We fabricate in SS304 and SS316 stainless steel — laser- and CNC-cut, press-brake formed, and TIG/MIG welded to architectural tolerance.
Stainless is unforgiving: it shows heat, contamination and every imprecision. So we treat fabrication as a discipline — matching the right grade to the environment, controlling heat input, and keeping stainless tooling entirely separate from mild steel to avoid contamination.
What we do
Four disciplines, sequenced and inspected, take raw sheet to a finished assembly ready for surface work.
Programmed from approved DXF with efficient nesting; the first piece is inspected to ±0.5 mm before the batch runs.
Calibrated correction angles and first-piece checks produce true, repeatable folds — logged for traceability.
Back-purged welding for SS304/316, weld dressing and heat-tint removal for clean, corrosion-safe joints.
Components are fit-up checked against the drawings before final welding, so geometry is right first time.
Why it matters
SS304 for general interiors; SS316 for coastal, humid and high-corrosion environments — specified deliberately.
First-article inspection to ±0.5 mm keeps panels, profiles and assemblies true to the drawing.
Back-purging and heat-tint removal protect the steel's corrosion resistance and the final finish.
Stainless tooling is kept entirely separate from mild steel — no iron transfer, no rust spots later.
Fabrication is completed in full before finishing, so nothing compromises the PVD or plated surface.
From single feature pieces to repeatable production runs of cladding, screens and trims.
How we control it
Repeatable accuracy comes from inspection points and logs at every stage — not from hoping the operator got it right.
The first laser piece is checked to ±0.5 mm, burr-free, before the full batch is cut.
Correction angles are set and the first fold verified from the outside; deviations are logged.
Bend angles, weld continuity and penetration are inspected; heat tint is removed and re-checked.
Post-cutting and post-welding are two of our four mandatory QC hold points with stop-authority.
Good to know
| Materials | Stainless steel SS304 and SS316 (other metals on request). |
| Cutting | Fibre laser and CNC — programmed from approved DXF with nesting. |
| Forming | Press-brake bending with calibrated correction angles; press forming for 3D shapes. |
| Joining | TIG and MIG welding with back-purging for stainless; brazing for thin or dissimilar parts. |
| Tolerance | First-article inspection to ±0.5 mm; dimensional acceptance ±0.5 mm. |
| Note | Minimum laser hole diameter is not less than the material thickness. |
Where it's used
Precision frames and carriers behind feature cladding.
Stainless handrails, posts and infill to architectural tolerance.
Cut and formed decorative screens and partitions.
Structural stainless bases for bespoke metal furniture.
Fabricated bodies and sub-frames for architectural signage.
One-off feature pieces and repeatable production runs.
Start a project
Share your drawings and grade requirements — we'll advise on SS304 vs SS316, fabrication approach and tolerance, and prepare a tailored quotation.