Welding for Assemblies: MAG, MIG, TIG and Laser, Manual and Automated
MÜNCH joins the individual blanks into the finished welded assembly. Steel, stainless steel and aluminium are welded, both manually and automated with welding robots (robot welding). Welding is the core service around which the other production steps are grouped.
Welding processes at a glance
- MAG welding, mainly for steel
- MIG welding, mainly for stainless steel and aluminium
- TIG welding for all three materials
- Laser welding
- Stud and resistance spot welding
- Robot welding with seven systems for reproducible series
Inspected seams and certification
Welding production is certified to EN ISO 3834-2 and EN 1090-1/-2 EXC3. [number] certified welders work to valid welding procedure specifications (WPS). Seams are inspected by visual inspection and dye penetrant testing, the inspection staff is qualified to DIN EN ISO 9712 (VT2 and PT2).
Role within the assembly
Welding is where the single parts come together into the assembly. At MÜNCH, welding is planned as part of assembly production from the start, from the fixture and distortion control to the inspected seam, not as an isolated single step.
FAQ
MAG, MIG and TIG, laser welding as well as stud and resistance spot welding.
Both. Seven welding robots produce reproducible series, single parts and complex geometries are welded manually.
Steel, stainless steel and aluminium.
Yes, from cutting and machining through to assembly and surface finishing from a single source, at its site in Karlstadt.
Yes, according to DIN EN ISO 3834-2 and EN 1090-1/-2 EXC3. Seams are inspected by visual inspection and dye penetrant testing.
From small to large series. Robot welding becomes particularly cost-efficient with recurring quantities.