Visual MIG-350 /500 PROR Robotic Welding Power Source

Visual MIG-350 /500 PROR is an iterative high-speed platform MIG welding machine. It adopts a 7" LCD for direct display and simple operation. It realizes the breakthrough of multiple advanced MIG processes through the high-speed hardware circuit computation of FPGA digital chip. It adopts a new-generation high-frequency main circuit platform of AOTAI to precisely control the arc shape and greatly improve the welding effect. Visual MIG350 /500R PRO can represent new-generation welding technology.

• LCD HMI: 7" LCD touch screen, easy operation
• High-frequency inverter: 60kHz inverting frequency, finely managing droplet energy in real-time, concentrated arc energy, high arc stiffness
• Stable arc: latest energy control solution, up to 45m pulse welding loop cable, stable welding with low current, non-broken arc
• Precise current: wider adaptive range of mixed gas, more precise consistency between electrode extension length and current
• Easy arc striking: freely switching arc striking mode, high arc striking success rate
• Advanced process: high-speed FGPA processor platform, hardware circuit realizes logic computation; It equips SSP(super short arc pulse), double pulses, low spatter, CV, and other welding process modules, even customized developing process modules according to customer requirements. The secondary chopper technology helps to realize optimal welding current and voltage control
• Aluminum alloy welding expert: stronger oxidation film breakthrough ability of aluminum alloy welding, strong arc directivity, even metal transfer, fine and beautiful welds appearance Sheet welding expert: ultra-low spatter technology, best short-circuit arc ignition energy control, Min. thickness can reach 0.6mm
• Stable wire feeding: newly designed twin-closed-loop wire feeding control system cooper ates with a large-torque permanent magnet motor to ensure precise and stable wire feeding One-key operation: save and recall 100 sets of parameters
• Remote software upgrade