Compared with traditional methods such as sandblasting and chemical cleaning, laser cleaning does not require the consumption of cleaning agents, abrasive materials, etc., which can significantly reduce long-term operating costs. It is particularly suitable for batch or high-frequency cleaning scenarios (such as automotive manufacturing, mold maintenance).
The cleaning efficiency is high, and it can achieve automation integration (combined with robotic arms and assembly lines), reducing manual intervention and improving production rhythm, meeting the efficient production requirements of modern industry.

A laser cleaning machine is a device that uses a high-energy laser beam to irradiate the surface of materials, causing the rust, oil, coatings, oxides and other contaminants adhering to the material surface to vaporize or flake off instantly, thereby achieving the cleaning effect. The laser cleaning machine utilizes the high-energy laser beam to heat the contaminants to vaporization within an extremely short period of time, instantly removing the stains and contaminants from the surface. This process does not require chemical reagents or mechanical contact. It is widely used in surface pre-treatment and repair in industries such as metal processing, mold manufacturing, and automobiles.

The laser welding machine, with its advantages such as high precision, high energy density and small heat-affected zone, is widely applied in various core industrial fields including electronics and electrical appliances, automotive manufacturing, aerospace, medical devices, and metal processing.

During the automobile manufacturing process, robotic arms can complete many complex tasks.