MAG welding machine YD-600RF2T series

CO2 lasersemi-automaticon casters

High deposition welding enhances production efficiency Low spatter welding improves productivity Stable welding even in a low current output range extends the range of welding applications High current and high duty cycle Operation panel meticulously designed for ease of use Spatter reduction during high-current welding A variety of arc characteristics are available as standard. The optimal mode can be selected according to various welding situations. Stable wire feeding performance Differences in the temperatures and environments of the site have no impact on wire feeding, thereby preventing wires from getting caught or jamming to improve production efficiency. High deposition welding enhances production efficiency (RF2TAU) With the adoption of a high-speed motor, the wire feeding rate has been improved to achieve a 1.3 times higher welding efficiency (compared to tour 500-A full digital machine). When welding the material specified by JIS for its SA-SF skill test (butt welding of 19 mm thick mild steel with a groove and backing plate), seven weld passes used to generally be required. However, these models can now weld it with just four passes. Low spatter welding improves productivity Low spatter is achieved during welding even in a high-current range. It has now become possible to simplify the process after welding such as grinder finishing. Stable welding even in a low current range extends the range of welding applications These models can achieve welding with stable power even during low current output as well as high power output.