Description
Miller XMT 350 CC/CV – Industrial Multi-Process Inverter Welding Power Source
The Miller XMT 350 CC/CV is a powerful, compact, and versatile multi-process welding power source engineered for industrial use. Designed for demanding environments, this inverter-based unit supports a wide range of processes including Stick, MIG, Flux-Cored, and Lift-Arc TIG. With its lightweight yet rugged construction, it’s ideal for both shop and field work.
Reliable Industrial Inverter for Flexible Welding Applications
The Miller XMT 350 CC/CV welder operates on three-phase input power and delivers outstanding arc performance across all processes. Its constant current (CC) and constant voltage (CV) capabilities allow seamless switching between Stick and MIG applications without compromising power or weld quality.
Thanks to Miller’s Auto-Line™ technology, this unit adjusts automatically to input voltage fluctuations, ensuring consistent performance even in unstable power conditions—perfect for site work and generator setups.
Exceptional Portability Meets Heavy-Duty Output
Weighing only 20 kg, the XMT 350 is highly portable for a 350-amp machine. Despite its compact design, it offers a full range of output, delivering up to 38 volts for flux-cored or heavy MIG applications. With a rated output of 350A at 60% duty cycle, it’s built to handle long production runs with ease.
Its user-friendly interface includes digital meters, a process selector switch, and voltage/amperage control dials for quick setup and adjustment, enhancing productivity on any job.
Compatible with ArcReach & Advanced Wire Feeders
The XMT 350 is fully compatible with Miller’s ArcReach™ technology and advanced wire feeders, allowing operators to adjust parameters right at the weld joint. This reduces downtime, increases safety, and boosts overall efficiency—especially on large job sites.
Shop Industrial Welding Machines & Learn More
➡️ Browse multi-process welding machines at Fourie Welding & Tool.
➡️ Learn about inverter welding systems from Lincoln Electric.