TIG welding with the speed of MIG welding only with our new TIP TIG Terminator Torch.
* Water-cooled TIP TIG welding torch with separate hot wire feed
* Hardly any difference in operation when switching from MIG/MAG to TIP TIG hot wire welding
* Duty cycle DC: 600 A / 100 %
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* Up to 300 % faster welding speeds compared to TIG welding
* Up to 400 % improvement in deposition rate
* Dilution reduced by up to 80 %
* Dynamic wire feeding for a controllable weld pool even with positional welding: The wire feeding is superimposed in parallel using a sinusoidal movement
* Higher welding speed and easy handling
* Perfect weld appearance, no weld spatters
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EQUIPMENT USED IN THE VIDEO
TIP TIG - AllinOne: [ Ссылка ]
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Tungsten inert gas welding (TIG welding) is a gas shielded manual arc welding process that requires the welder to use both hands to weld.
It is used wherever optimum quality and spatters free weld joints are required. One hand is used for adding the filler metal to the weld puddle and the other hand is to hold the TIG torch. This makes the process slow.
But what matters most today? Efficiency – in other words, getting faster and faster while the weld quality remains high. That’s exactly what the TIP TIG technology does. Thanks to the TIP TIG technology you can weld with the quality of TIG and the speed of MIG welding.
TIP TIG is a subset of the gas tungsten arc welding (GTAW) process.
As opposed to the standard TIG welding process, the filler metal for TIP TIG welding is a standard welding wire on a spool. The filler material is simple feed to the tip of the tungsten electrode.
To improve the deposition rate we induce a vibratory effect on the welding wire and apply hot wire current on the filler metal before it even enters the weld puddle. The vibration comes from a sinusoidal agitation applied mechanically using a 4-Roll wire drive unit. The hot wire current is created by a secondary power source within the TIP TIG wire feeders.
The agitation appeared to increase the fluidity of the weld puddle and help break up impurities and release evolving gases for reduced risk of inclusions and porosity.
The TIP TIG welding process is applicable on most TIG needing welding techniques and on alloys like Carbon Steel, Stainless Steel, Duplex and Super Duplex Stainless Steels, Inconel, Stellite, Titanium, Hastelloy, Copper Nickel, Nickel Chrome Alloys, 9% Nickel Steel for LNG applications and aluminum welding.
Welding equipment that uses the TIP TIG process is, in fact, TIG welders. The core application TIP TIG is attaining a higher weld speed and increasing your weld production.
