Laser Cleaning/Surface Treatment is a device that uses a high-power CO2 laser to efficiently remove resin adhering to molds and metal parts without contact. It is an environmentally friendly process that does not use cleaning solutions or blades, and allows for customizable laser conditions and processing shapes based on CAD data, tailored to the target material and shape. We can propose systems that include automation and inline integration.

The high-power CO2 laser removes organic resin materials from metal surfaces.
Residues can be cleaned non-contact without damaging the metal parts of the mold.
We will propose a system that matches the target material and shape, and the equipment currently in use.
Laser cleaning is an eco-friendly process because this method only uses a laser beam to remove dusts, which means no chemical solvents or knives are used.
Furthermore, the CO2 laser employs metal-reflective wavelength so damage to metal products can be minimized.
Laser cleaning image




Only surface coating or a particular layer can be removed without damaging the metal substrate. Cleaning of multiple locations is possible at the same time. Stable cleaning with few consumables such as a knife.

Equipped with a CO2 laser oscillator, wavelength of 10.6μm or 9.4μm.
The set table has a running function in the XY directions, enabling a wide range of laser The high-power CO2 laser realizes clean cleaning with minimal damage to the object.