Tungsten inert gas (TIG) welding offers many advantages over other fusion welding methods, such as the complete absence of spatter and low welding-fume emissions. Since TIG welding uses a non-consumable electrode, the process is ideal for welding so-called root passes or in forced positions due to the decoupling of current and welding consumables.
Germany
The idea of the protective effect of argon was continued in our specially designed autoclave. In contrast to Wig – hand welding, there is 100% protection of the seam and root side. This leads to a weld seam not chemically affected by ambient gases.
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New employees are first introduced to TIG welding in a basic training lasting several months. Only then are the first products manufactured for customers, whereby the following topics are handled in a multi-year development process, which includes the welding test for the tube welder CrNi relatively early: Material requisition Additional materials Gas protection Interpass temperature and welding temperature Maximum material temperature during welding Cleaning the weld seam Welding distortion Mechanical seam load
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We provide you with many years of practical experience and innovative solutions from the initial idea through conception and planning to the development and production of your components. We focus on your individual requirements and ideas when it comes to different problems in component design: Welding distortion Processing of the component Weldability of the component Material selection Cost-effective implementation
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Turning diameter over bed: 685 mm turning diameter over plan support: 510 mm Rotatable maximum diameter: 400 mm tip distance: 526 mm Traverse path: Z axis: 640 mm X axis: 240 mm Driven tools Polygon – recordings for fast conversion Tailstock
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