ESAB plasma 'four times faster' than oxy-fuel

It cuts a broad range of material types and thicknesses using air, oxygen or nitrogen gases and is said to deliver high productivity piercing and cutting in mild steel up to 38mm thick. It also can edge start and sever materials up to 50mm (2 inches) thick.

The system is said to be more than four times faster on 12 mm (1/2 inch) mild steel than oxy-fuel.

A full 100% duty cycle at 200 amps is said to enable the system to handle the most demanding production requirements with the highest reliability.

A built-in process database features optimised cutting parameters that help ensure consistent cutting results. Parameters are selected and controlled in one step. Simple and intuitive operator controls reduce the need for operator training, minimise errors and shorten setup time.

Easy install
Diagnostics are designed to simplify troubleshooting and maintenance. The system is built to be quick and easy to install, allowing for immediate productivity gains.

Reliable performance across a wide range of industrial applications is assured with a proven power supply design and heavy-duty fluid cooled cutting torch. ESAB’s design requires fewer wear parts than similar plasma torches, reducing parts inventory and handling, thus saving time and expense. ESAB’s innovative torch geometry ensures consistent cut quality and a long service life.

The m2-200 replaces ESAB’s mechanised ESP-150 and ESP-200 systems. ESP-150 packages with hand torches and in-line torches remain available for non-automated cutting applications.