TIG Welder

What Does a TIG Welder Do? Daily Tasks and Responsibilities

WIG-Schweißer

Typical Activities and Areas of Use

A TIG welder is a skilled tradesperson proficient in Tungsten Inert Gas (TIG) welding. This is a fusion welding process where an electric arc burns between a non-consumable tungsten electrode and the workpiece. The welding area is protected from environmental influences by inert shielding gas (e.g., argon).

Typical duties of a TIG welder include welding pipes, sheets, and beams made of stainless steel, aluminum, or nickel alloys. These tasks are common in pipeline construction, aerospace engineering, or equipment manufacturing.

TIG Welding Explained: The Process in Technical Detail

How the TIG Welding Method Works

The TIG welding process is characterized by its high seam quality and precise control of the molten pool. Unlike MIG or MAG welding, the filler material is fed separately, allowing for exceptionally clean and controlled welds, with almost no spatter or welding fumes.

Due to these properties, the process is preferred where aesthetically pleasing joints and maximum strength are required.

Who Is Suited for a Career as a TIG Welder?

Requirements for Aspiring TIG Welders

Precision, technical understanding, and manual dexterity are essential prerequisites. The profession is ideal for those who enjoy detailed work and are passionate about technology. Reading technical drawings is also an important skill.

Concentration is crucial, as TIG welding requires a great deal of fine motor control.

WIG-Schweißen

Becoming a TIG Welder: Training, Certification & Requirements

Paths to Qualification

Becoming a TIG welder typically involves a vocational background in metalworking, such as fabrication mechanics or plant mechanics, followed by specialization.

A key factor is the welder qualification certificate according to DIN EN ISO 9606-1 (steel) or DIN EN ISO 9606-2 (aluminum). These certificates are mandatory in many industrial sectors and must be renewed regularly.

Career changers can also acquire qualifications through specialized courses and continuing education programs at training providers or welding technical institutes (SLV).

Which Industries Employ TIG Welders?

Common Industrial Fields with High Demand

TIG welding is used wherever high-quality, spatter-free weld seams are required:

  • Aerospace industry

  • Power plant and industrial plant construction

  • Chemical industry

  • Food production (hygienic piping systems)

  • Vehicle construction and bicycle frame manufacturing

TIG welders are valued specialists with great responsibility in these sectors.

Technical Essentials: Materials and Equipment for TIG Welders

Important Materials and Tools

TIG welding involves non-consumable tungsten electrodes, high-performance welding power sources, shielding gas systems, and, if necessary, filler materials.

Commonly used items include:

  • Argon as shielding gas

  • Thin and thick sheets made of stainless steel or aluminum

  • Manual or automated TIG welding units

TIG welders must operate, maintain, and monitor this equipment with safety in mind.

TIG-Schweißen Blogbeitrag

Advantages of TIG Welding over MIG, MAG, and Stick Welding

Comparison of Welding Methods

The TIG process offers many advantages over other welding methods:

  • No welding spatter

  • Minimal welding fumes

  • Extremely clean seams

  • Ideal for difficult positions and fine work

Compared to stick welding, TIG welding is often the better choice when appearance and precision are crucial.

Why TIG Welders Are Indispensable in Industry

TIG welders are true experts when it comes to high-quality, durable, and precise welds. Their expertise is essential in many industrial fields. If you love technology, enjoy detailed work, and seek ongoing development, this is a future-proof career with real potential.

Frequently Asked Questions (FAQ)

TIG and WIG refer to the same process. TIG stands for “Tungsten Inert Gas” (English), while WIG is the German abbreviation “Wolfram-Inertgas”.

TIG welding is perfect for stainless steel, aluminum, nickel alloys, and other non-rusting or heat-resistant metals.

The process demands precision and practice, but with patience and proper guidance—e.g., through courses—it can be mastered successfully.

Depending on previous experience, specialization can take several weeks to months. Often it’s done alongside work through training or SLV courses.

Yes, most industrial applications require a valid welder qualification according to DIN EN ISO 9606, which must be renewed periodically.

Otto Peklo, CEO

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