Precision in
every weld

Metal worked by hand and machine

The metalwork workshop runs CNC plasma cutting, laser cutting and manual lathes alongside MMA, MIG and TIG welding bays. Specialist metalworkers produce furniture frames, shopfitting, architectural screens, decorative panels, staircases and bespoke hardware for residential and hospitality projects. Every stage — cutting, welding, grinding, polishing and finishing — is carried out under one roof.

CNC plasma handles structural steel at speed. Laser cutting is used for thin sheet metal where edge precision is critical — screens, decorative panels and inlay profiles cut to fractions of a millimetre. Manual lathes produce turned round sections that CNC machines cannot access: column bases, table legs and decorative hardware components. The process is chosen for each component by material, gauge and required tolerance.

MMA welding covers structural steel work. MIG is used for mid-gauge fabrication. TIG welding is reserved for precision joints in stainless, brass and other non-ferrous metals where heat control matters — it produces clean welds on thin sections without distortion. Joint types are selected by application: butt joints for flat plate assembly, full-penetration welds where structural load transfer is required, fillet welds for perpendicular connections. After welding, every joint is ground flush and worked through progressive abrasive stages before finishing begins.

The route from welded fabrication to a finished surface requires multiple grinding and buffing stages. Coarse grinding removes weld bead and surface marks. Successive finer abrasives establish the base surface quality. Buffing brings stainless and brass to the specified level — satin, brushed or mirror polish. Patinated and aged finishes are developed through chemical and manual processes. Liquid metal finishes are applied by artisanal specialists. PVD coating is applied off-site, bonding metal vapour at the molecular level for a hardness that lacquering cannot match.

Work begins with a CAD consultation and issued drawings, approved before fabrication starts. The same team manages fabrication, finishing and installation — no handoffs between maker and finisher, no separate contractors on site.