TIG welding

TIG welding is an advanced technology for joining metals, ideal when precision, thermal control, and an extremely clean weld bead are required. At Metal.Car., in Turin, we use professional TIG welding stations to weld carbon steel, stainless steel, aluminum, and light alloys, always ensuring high quality standards.

Thanks to nearly thirty years of experience in metalwork, we support our clients through every stage of the process: from design to final finishing. Each TIG weld is performed by qualified technicians who apply proven in-house procedures, resulting in reliable, stable, and visually flawless joints, even on elements intended for industrial sectors and technical applications.

TIG welding is based on an electric arc generated between a non-consumable tungsten electrode and the workpiece being joined. The process takes place in a protective atmosphere using an inert gas, usually argon, which prevents oxidation and keeps the weld pool clean.

This technique produces extremely smooth, slag-free weld seams, making it ideal for processes requiring high-quality aesthetic finishes or delicate heat control. TIG is particularly suitable for stainless steel, carbon steel, aluminum, and special alloys, thin tubes, and components for technical and industrial sectors.

At Metal.Car., we use certified professional TIG welding stations to ensure high-quality results, even on complex jobs or those intended for contexts with high technical requirements.

Metal.Car. is a leading provider of TIG welding in Turin and the surrounding provinces, offering technical and customized services for manufacturing companies, design studios, engineers, and the mechanical engineering industry. The combination of cutting-edge technology and expert craftsmanship allows for strong, stable joints crafted with the utmost precision.

In-house management of each production phase ensures rapid turnaround times, ongoing support, and a direct relationship with the customer.

At Metal.Car., we integrate laser cutting, CNC bending, and TIG welding to provide ready-to-assemble components. This combined approach reduces time and costs and ensures precision even for the most complex geometries, ensuring continuity between prototyping and series production.