FabXE Engineering delivers end-to-end manufacturing — from raw material to finished, coated and assembled product. Sheet metal, laser cutting, CNC machining, precision welding and surface finishing for demanding industrial applications.
From cutting and forming to welding, machining and finishing — every process under one roof, managed end to end.
Laser cutting, CNC press brake bending, forming and structural fabrication from raw sheet to finished component.
Learn more →High-precision laser cutting for steel, stainless, aluminium and more — tight tolerances, clean edges, fast turnaround.
Learn more →Full welding capability — structural, precision and aesthetic welds across mild steel, stainless and aluminium.
Learn more →Precision CNC milling for complex parts, custom machined components and DFM engineering support.
Learn more →Large-capacity powder coating oven (16' × 12' × 12'). RAL colour matching, corrosion-resistant finishes, durable results.
Learn more →Machine design, automation structures, production fixtures, industrial equipment — turnkey manufacturing from design to delivery.
Learn more →Managing multiple vendors for fabrication, machining and finishing adds time, cost and coordination risk. FabXE eliminates that by owning every step.
Fabrication, machining and surface finishing in one facility means fewer handoffs, faster turnaround and consistent quality.
7.5-ton material handling, 16 ft × 12 ft powder coating oven, and 16 ft × 16 ft blasting room for oversized industrial parts.
Our team reviews your drawings for manufacturability before production begins, saving time and cost.
Single prototype or high-volume production runs — same quality, same team, same processes.
A selection of precision fabrication and engineering projects delivered across industries.
TIG-welded, mirror-polished 316L vessel for a pharmaceutical client requiring Ra ≤ 0.8 µm internal finish.
Heavy-duty MS structural frame, MIG welded, sand blasted and powder coated in RAL 7035 light grey.
CNC milled 6061-T6 aluminium enclosures for an electronics OEM, ±0.05 mm tolerance across 200 units.
Practical guides, material specs and DFM tips for engineers, designers and procurement teams.
