TIG welding, or Tungsten Inert Gas welding, is an arc welding process that uses tungsten electrodes to produce welds using an external gas supply. The weld area is shielded from oxidation using an inert shielding gas fed though a supply line and manually fed filler rod. TIG welders don’t require a wire feeder and therefore make them a much more compact welding solution, and perfect for a wide range of applications. High quality TIG welding requires not only skill but the use of a good quality TIG welding torch. TIG welding torches are made up of quite a few intricate parts, including the TIG torch handle, torch body, hose assembly, tungsten electrode, collet, and alumina cups. Each of these areas plays a role into the reliability of the TIG Torch and the quality of the welds. It is best to choose a quality TIG Torch, rather than basing your decision on price alone.

TIG Welding Benefits

Provides precise, high-quality welds
Preferred for architectural or automotive welding work
Aesthetic-driven weld beads – achieves seamless look
Allows heat input adjustment with a foot control
Hardest welding process to learn

Metals that can be TIG welded include steel, stainless steel, aluminium alloys, chromoly, copper, brass and exotic metals such as titanium and magnesium.

WIA TIG welding machines

WIA’s range of TIG welding machines and welding equipment feature inverter technology for greater portability. Weighing between 7-17kg they are highly compact and can be easily moved from on-site applications to the workshop.

Miller TIG welding machines

 Miller TIG welders provide advanced AC TIG technology for aluminium, increased productivity, improved weld quality, reduced energy costs and greater portability and space savings. The Miller range of TIG welders are used by the best engineering teams. They heavily rely on the Dynasty 210 Miller TIG welders and won't use anything else.