TIG Welders
TIG Welders are a class of welding machines based on gas tungsten arc welding (GTAW) using a non-consumable tungsten electrode and an optional filler rod. Design details vary by model, and model suitability for the application is reviewed in the product documentation. Each model is defined by its own specifications according to target application.
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This class serves precision welding that requires higher control. Design details vary by model: available current capability (which may be DC or AC/DC depending on the model), arc-start system (high-frequency or lift arc), pulse functions, cooling system (air or water), and power requirements. Current capabilities (DC, AC, or AC/DC) are equipment characteristics rather than universal selection rules tying a metal type to a current type; appropriate selection depends on several factors including the application, metal, process, and chosen tungsten. Technical note: a TIG machine is an integrated system including the power source, arc-start system, and operating controls; the tungsten electrode, torch, and shielding gas are operating components within the system. The inert shielding gas is a component whose selection varies by application and metal (argon is a common choice in many TIG applications but exclusive use is not assumed). Uses: metal-fabrication shops in general, including some that may relate to specialized sectors such as stainless-steel or aluminum fabrication; machine suitability for a specific sector is subject to model evaluation. Procurement considerations: selecting the machine based on application and process, compatibility with the chosen shielding gas, and service accessibility may be considered. Model specifications, current capacity, available current types, and installation requirements are reviewed in the product documentation before selection.
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This class serves precision welding that requires higher control. Design details vary by model: available current capability (which may be DC or AC/DC depending on the model), arc-start system (high-frequency or lift arc), pulse functions, cooling system (air or water), and power requirements. Current capabilities (DC, AC, or AC/DC) are equipment characteristics rather than universal selection rules tying a metal type to a current type; appropriate selection depends on several factors including the application, metal, process, and chosen tungsten. Technical note: a TIG machine is an integrated system including the power source, arc-start system, and operating controls; the tungsten electrode, torch, and shielding gas are operating components within the system. The inert shielding gas is a component whose selection varies by application and metal (argon is a common choice in many TIG applications but exclusive use is not assumed). Uses: metal-fabrication shops in general, including some that may relate to specialized sectors such as stainless-steel or aluminum fabrication; machine suitability for a specific sector is subject to model evaluation. Procurement considerations: selecting the machine based on application and process, compatibility with the chosen shielding gas, and service accessibility may be considered. Model specifications, current capacity, available current types, and installation requirements are reviewed in the product documentation before selection.
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