The Fronius TransSteel 2200 is a versatile single-phase inverter welding machine designed for professionals requiring multi-process capability. It integrates MMA (stick), MIG/MAG, and TIG welding processes into one compact and lightweight unit, weighing only 15.5 kg, making it suitable for both stationary and portable welding applications.

This multi-process welder offers rapid switching between MIG/MAG, TIG, and MMA welding without compromising individual process performance. It features an additional gas solenoid valve for easy process switchover and is equipped with an internal wire feeder compatible with D100 and D200 wire spools, supported by a newly developed two-roller motor plate for stable wire feeding. The device includes a wearing parts box inside the power source for convenient maintenance.

Designed for ease of use, the TransSteel 2200 has an intuitive operating concept consistent with other Fronius power sources. All key parameters are accessible and adjustable via the front panel with turn/press controls, including additional settings in the sub-menu. The machine compensates for mains voltage fluctuations, allowing the use of long mains cables and is generator compatible.

• Compact and lightweight design (15.5 kg) with carry handle and optional carrying strap
• Supports MIG/MAG, TIG, and MMA welding processes
• Internal wire feeder for D100 and D200 spools with stable wire feed system
• Spot and stitch welding settings
• Easy polarity change for gasless wires
• TIG torch with up/down control and second gas valve for TIG welding
• Includes MTG 2100S 3 metre MIG torch and TTG 2200A F/UD 4 metre TIG torch
• Comes with 4 metre 25mm2 earth cable and electrode holder, plus 0.8 & 1.0 mm drive rolls
• Certified with S mark, CE mark, and C Tick
• 3 years warranty with registration

The Fronius TransSteel 2200 is ideal for industrial and maintenance welding tasks requiring flexibility across multiple welding methods, offering reliable performance, portability, and user-friendly operation in a single power source.