The Fiber laser oscillator and Mitsubishi's proprietary processing technology deliver superior processing performance. It provides high-speed, high-precision cutting of thin sheets, and for low-carbon steel from medium-thick to thick plates it achieves processing speed and cut-surface quality equivalent to CO2 lasers.

Mitsubishi's proprietary control technology provides even more convenient and flexible operability. The ease of use cultivated through CO2 laser processing machines has been carried over to fiber, and the latest control achieves comfortable operability.

High-power laser processing machines achieve energy savings. In addition to the power savings of fiber lasers, reduced processing gas consumption delivers even greater energy savings.

Fiber laser machines of 3KW and above adopt the ZOOM HEAD variable beam mode processing head. Users do not need to maintain the processing lens; only the protective lens (consumable) requires maintenance.

The laser optical system can shape the beam mode into a mode suitable for thick-plate cutting, improving thick-plate processing capability. The new nozzle is suited to controlling the assist gas (oxidation reaction) in the fiber laser wavelength range, improving cut-surface quality and saving processing gas.

HPP improves piercing speed and greatly improves medium-thick and thick plate production capability. For thin-plate and thick-plate processing, no processing lens change is needed; the optimal model is automatically adjusted for cutting.