MAG welding machine GZ4 series

CO2 laserMIGpulse

Continuous evolution of low spatter control High-precision pulsed MAG welding Intuitive operation Easy-to-set welding conditions Output of various data to support quality control and frontline management Significantly reducing spatter Equipped with voltage feedback control. This series significantly reduces spatter generated during MTS-CO2 welding and SP-MAG welding. Improving productivity Equipped with HD-Pulse functions. The HD-Pulse functions suppress undercut during high-speed welding while maintaining the quality of low spatter welding. Low-spatter welding achieved by the MTS-CO2 welding method This method suppresses the vibration of the molten pool when the reignition of the arc takes place after the short circuit is opened. In addition, it suppresses micro short-circuits that occur during the arc period, thereby reducing the amount of spatter by up to 70 %. SP-MAG welding method Low-spatter and high-quality achieved by the SP-MAG welding method The current is superimposed immediately after short circuit opening to increase the melting rate of the wire tip, thereby making the next short-circuiting smoother and shortening the cycle. This reduces the amount of spatter by up to 85 %. The HD-Pulse welding method achieves reduced heat input and low spatter welding The HD-Pulse welding method achieves reduced heat input and low spatter welding HD-Pulse welding can achieve a shorter arc length and narrower molten pool compared to conventional pulse MAG welding, thereby achieving higher-speed welding. Furthermore, undercut is suppressed and gap tolerance is improved.