The company is committed to developing laser polishing technology that can replace traditional polishing methods for polishing metal surfaces, significantly enhancing polishing efficiency. This technology is primarily used for polishing the surfaces of 3D printed parts and machined components, achieving a roughness level below 0.05 micrometers. The main products being polished include titanium alloy parts, machined components, molds, and human metal skeletal joints, among others.

Laser polishing is a device that utilizes a fiber laser beam to polish processing components. This device adopts an integrated overall structure, producing no chemical pollution or operational noise. It features high efficiency, long lifespan, and minimal maintenance, significantly reducing labor and energy consumption. Laser polishing is a novel material surface treatment technology that emerged with the development of laser technology. It primarily involves irradiating workpieces with laser beams of a certain energy density and wavelength, causing a thin layer of material on the surface to melt or evaporate, thus achieving a smooth surface. Laser polishing machines fundamentally solve problems that traditional polishing techniques find difficult or impossible to address, such as processing workpieces with complex shapes and appearances. This provides the possibility of automated processing, making laser polishing machines a promising new material processing technology.