Services
Laser welding uses focused high-powered beams to join metals and selected thermoplastics with high precision and joint strength.
SAN Engineering supports automotive, aerospace, electronics, medical, and custom fabrication applications with strong, clean welded assemblies.
Controlled surface melt suited to thinner parts and precision joints.
Deep, narrow welds with high penetration for structural joints.
Combined laser with MIG or TIG for improved speed and weld quality.
Mild steel, stainless steel, aluminum, galvanized steel, titanium, and nickel alloys.
Selected plastics compatible with controlled melt and re-solidification.
Welded assemblies for trays, ladders, trunking, and related components.
Production parts requiring repeatable, high-strength joints.
Precision assemblies with tight tolerance requirements.
Project-specific fabricated parts and structural sections.
Cleaning, fit-up, and alignment before welding.
Laser power, speed, focus, and shielding configured for the joint.
Controlled welding and cooling for stable joint formation.
Visual and non-destructive checks to validate weld quality.
Repeatable weld geometry for precision assemblies.
Efficient cycle times for manufacturing environments.
Low heat-affected zone with clean joints and reduced spatter.
Reliable welds for structural and safety-critical components.
Common questions about SAN Engineering laser welding services for metal fabrication and assemblies in Malaysia.
SAN Engineering offers precision laser welding to join metal parts with strong, clean welds. The service supports the company's own cable support manufacturing and custom fabricated assemblies, producing accurate joints with minimal distortion for structural and industrial components.
SAN Engineering laser welds mild steel, stainless steel, galvanized steel, and aluminium. Because weld settings depend on the material, thickness, and joint design, the SAN Engineering team reviews each part during quotation to confirm the right approach for a reliable result.
Laser welding produces narrower, cleaner welds with less heat distortion and minimal spatter compared to conventional MIG or TIG methods, and it is generally faster. This makes it well suited to precision parts and thinner sheet metal, and SAN Engineering can advise when laser welding is the better fit for your component.
Yes. Laser welding is part of a one-stop metal fabrication workflow at SAN Engineering, so welded assemblies can follow laser cutting, shearing, rolling, and bending, then move on to epoxy powder coating. Keeping these processes in-house shortens lead times and ensures consistent quality from raw material to finished assembly.
As a Malaysia-based manufacturer and metal fabricator, SAN Engineering combines precision laser welding capability with long experience in cable support systems and custom fabrication. Customers benefit from strong, accurate welds, in-house finishing, and direct technical support from the SAN Engineering team across its Selangor facilities.