A TIG welder is a skilled worker who is proficient in what is known as tungsten inert gas (TIG) welding. This is a fusion welding process in which an arc burns between a non-consumable tungsten electrode and the workpiece. The weld zone is protected from external influences by an inert shielding gas (e.g., argon).
Upon request, we provide qualified industrial welders as assembly personnel for your projects—nationwide, throughout Europe, and worldwide.
Typical tasks for a TIG welder include welding pipes, sheet metal, and beams made of stainless steel, aluminum, or nickel alloys. This work is performed in fields such as piping construction, aerospace engineering, and equipment manufacturing.
The TIG welding process is characterized by its high weld quality and highly precise control of the molten pool. Unlike MIG or MAG welding processes, the filler metal is fed separately during TIG welding. This allows for a particularly clean and controlled weld, with virtually no spatter or welding fumes.
Thanks to these properties, this method is the preferred choice when aesthetically superior joints and maximum strength are required.
Precision, technical understanding, and manual dexterity are essential requirements. This profession is particularly well-suited for people who enjoy working with precision and are interested in technology. Reading technical drawings should also be no problem.
In addition, the ability to concentrate is essential, as TIG welding requires a great deal of finesse.
The path to becoming a TIG welder usually involves vocational training in the metalworking field—for example, as a construction mechanic or plant mechanic—followed by further specialization.
The welder certification in accordance with DIN EN ISO 9606-1 (steel) or DIN EN ISO 9606-2 (aluminum) plays an important role. These certifications are mandatory in many industries and must be renewed regularly.
Newcomers to the profession can also earn this certification through specialized courses and continuing education programs offered by educational institutions or the Welding Technology Training and Research Institute (SLV).
This process is used wherever high-quality, spatter-free welds are required:
Aerospace Engineering
Power Plant and Plant Construction
Chemical Industry
Food Production (Sanitary Piping Systems)
Vehicle Manufacturing and Bicycle Frame Production
Here, the TIG welder is a valued specialist with a great deal of responsibility.
TIG welding involves the use of non-consumable tungsten electrodes, high-quality welding power sources, shielding gas supply systems, and, if necessary, filler materials.
Among other things, the following are used:
Argon as a shielding gas
Thin and thicker sheets of stainless steel or aluminum
Manual or automated TIG welding units
TIG welders must not only operate the equipment, but also maintain it and pay attention to safety-related issues.
The TIG welding process offers numerous advantages over other welding processes:
No weld spatter
Hardly any welding fumes
Very neat seams
Ideal for tight spots and precision work
TIG welding is the better choice—especially compared to electrode welding —when appearance and precision are important.
TIG welders are true experts when it comes to high-quality, durable, and precise welded joints. Their expertise is indispensable in many industrial sectors. If you love technology, work with precision, and enjoy continuing to develop your skills, you’ll find a future-proof career with great prospects here.
WIG and TIG refer to the same process. WIG stands for “Wolfram-Inertgas,” and TIG stands for “Tungsten Inert Gas”—the terms differ only in language (German vs. English).
TIG welding is ideal for stainless steel, aluminum, nickel alloys, and other stainless or heat-resistant materials.
The procedure requires a high degree of precision and practice, but with patience and good instruction—such as in classes—it can be learned quite easily.
Depending on prior knowledge, the specialization program can take anywhere from a few weeks to several months. It is often completed on a part-time basis through continuing education programs or SLV courses.
Yes, a valid welding certification in accordance with DIN EN ISO 9606 is required for most industrial applications. This certification must be renewed regularly.
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