Process technologies for welding
Control and regulation of welding processes

Future-oriented joining technology
Modern welding technology involves far more than just joining metals. It is a combination of precise process control, intelligent regulation, and innovative technology. Fronius offers a wide range of welding methods and processes that are optimized for a variety of requirements, including high-end single-unit production, production of small batches, series production, and metal 3D printing.
MIG/MAG welding
CMT (Cold Metal Transfer)
Patented by Fronius in 2005, CMT is based on a reversing wire movement with controlled droplet detachment, which greatly reduces the heat input.

PMC (Pulse Multi Control)
PMC optimizes the classic pulsed arc with the help of penetration and arc length stabilizers as well as power corrections.
LSC (Low Spatter Control)
LSC is a low-spatter dip transfer arc process that triggers the short circuit at a low current level.
TIG welding
ArcTig
ArcTig is a TIG keyhole welding process for the mechanized and automated welding of longitudinal seams with a focused arc and high energy density.


TIG DynamicWire
TIG DynamicWire is a TIG cold wire welding process with active wire control, which differs fundamentally from conventional systems with a constant wire feed.
Plasma welding
Plasma welding
For the highest demands on welds. Based on the TIG process, plasma welding focuses the arc using a plasma nozzle. The result is a concentrated arc with high energy density.

Metal 3D printing
Fronius Additive
Additive manufacturing with welding wire. Fronius Additive enables complex metal components to be produced layer by layer—efficiently, flexibly, and without wasting resources.

Model qualification of an additively manufactured pressure vessel
Linde, MIGAL.CO, TÜV SÜD, and Fronius are taking the lead in helping metal 3D printing to make its global breakthrough.
Metal 3D printing—the future of additive manufacturing
Component geometries that seemed impossible yesterday are now becoming a reality, built up layer by layer with metal 3D printing exactly when you need them.