Process Principle + Advantages
Welding joins metal parts by melting and fusing material at the joint, while assembly combines welded and fastened components into a finished structure. Depending on material thickness and finish requirements, TIG or MIG welding can be applied to efficiently join everything from thin cosmetic panels to thick structural frames, offering strong, consistent joints and controlled heat input. We support both TIG and MIG welding to meet the fabrication demands of precision enclosures and heavy structural assemblies.
-
![]()
TIG Welding
The welder uses a tungsten electrode and shielding gas to melt and fuse the joint with precise heat control, representing the most controlled welding method.
Suitable for thin-gauge sheet metal, stainless steel, and parts requiring a visible, cosmetic weld.
Achieves consistent, spatter-free welds on materials as thin as 0.5 mm.
-
![]()
MIG Welding
In addition to standard TIG welding, a continuously fed wire electrode allows faster travel speeds across thicker material and longer joints.
Suitable for structural frames, thicker gauge assemblies, and parts prioritizing speed over cosmetic finish.
Achieves strong, consistent welds on material up to 6 mm thick.
