A TIG welder can weld all metals with the same shielding gas, including titanium.

The most obvious difference between a TIG welder and an AC/DC welder is the non-consumable tungsten electrode, which is held in the handle.

The most obvious difference between a TIG welder and an AC/DC stick welder is the non-consumable tungsten electrode, which is held in the handle.

Like TIG the weld is protected from surrounding air by a mixture of gasses, usually including argon.

The most obvious difference between a TIG unit and an AC/DC stick welder is the non-consumable tungsten electrode that conducts the welding current.

Like TIG, the weld is protected from surrounding air by a shielding mixture of gasses, usually including argon.

Like TIG, the weld is protected from surrounding air by a shielding mixture of gases, usually including argon.

While there’s no slag to chip off and clean up, TIG requires a very clean prepared surface for quality welds.

While there’s no slag to chip off and clean up, TIG requires a clean prepared surface for quality welds.

In the TIG inverter welder process, the ARC jumps between a non-consumable tungsten electrode and the work piece which generates a high temperature.

In the TIG welding process, the arc jumps between a non-consumable tungsten electrode and the work piece, generating high temperature.

A workshop with compressor, all kinds of power tools, a TIG welding station, a machining partner within 3km, make it possible to realize all the rigs and other special effects necessary to your films.

A TIG welder can weld all metals with the same shielding gas, including titanium.

The most obvious difference between a TIG welder and an AC/DC welder is the non-consumable tungsten electrode, which is held in the handle.

Tungsten Inert Gas ( TIG ) process was found to be able to melt through the .