Plasma Air Cutting Machine

Product Details:

If you want to start a civil war in welding, you ask a group of welding experts which is better, an inverter or a transformer machine? They will always say ‘An Inverter’, because inverters are more efficient and they produce a better arc.
WELDMAN presents an Inverter ARC Welding Machine with wide voltage input of 160V-250V with IGBT and over heat protection with energy savings. They generally first rectify the utility AC power to DC; then they switch (invert) the DC power into a step-down transformer to produce the desired welding voltage or current.
It is compact size, highly portable, light weighed and with minimum noise enables it to use for a long time for effective use.

Product Details:

If you want to start a civil war in welding, you ask a group of welding experts which is better, an inverter or a transformer machine? They will always say ‘An Inverter’, because inverters are more efficient and they produce a better arc.

WELDMAN presents an Inverter ARC Welding Machine with wide voltage input of 160V-250V with IGBT and over heat protection with energy savings. They generally first rectify the utility AC power to DC; then they switch (invert) the DC power into a step-down transformer to produce the desired welding voltage or current.

It is compact size, highly portable, light weighed and with minimum noise enables it to use for a long time for effective use.

Product Details:

A plasma cutter or plasma cutting system uses a plasma stream to transfer energy to a conductive work material. The plasma stream is typically formed by forcing a gas such as nitrogen, oxygen, argon — or even air — through a narrow nozzle. An electric current produced by an external power supply adds sufficient energy to the gas flow to ionize it, turning it into a plasma arc. This is why the process is often called plasma arc cutting. The plasma arc cuts the workpiece by first melting it, and then blowing away the molten metal.