KOIKE's development of the world's first oxygen plasma bevel cutting system began by incorporating a tapering correction function (aiming for zero) for cutting surfaces unique to plasma cutting. This combined with such high-tech functions as an automatic V-bevel torch angle setting unit and an automatic torch rotating device helped dramatically improve motion speed and cutting processes.
With respect to the steel materials of a ship, MYNUC can perform bevel cutting continuously with a torch angle of -45 to +45 degrees for both front and back V grooves with high accuracy.
With a cleaner vertical plasma cutting surface and longer life of consumables such as electrodes and tips, the necessary man-hours have drastically decreased.
The rigid machine structure allows a dust collector to be mounted on the machine.
With a capacity to process large-span plates, MYNUC can cut two components from a single plate.
Installation of the lightweight and compact 3D Link helps shorten total processing time and improve productivity.
KOIKE succeeded in developing the world's first cutting machine with an onboard dust collector.
Delivery performance: The world's largest number of units has been delivered to date.

With a rigid machine structure, MYNUC can achieve faster speeds and respond to a maximum rapid traverse speed of 54m/min.