Application of Laser Cleaning Machines in the Electronic Industry

In modern society, the development of electronic technology is inseparable from the advancement of electronic chips, and the cleaning of electronic chip molds also restricts the further development of the chip industry.

In electronic chip manufacturing plants, carbon deposition and surface contaminants on molds have long troubled production engineers. It is necessary to thoroughly clean the molds while avoiding adverse impacts on the workshop environment, production operations and air quality. In dust-free workshops, strongly volatile chemical cleaning agents are prohibited, and traditional physical grinding methods are also not allowed. Faced with such constraints, engineers can only transport molds far away from the workshop for cleaning, or conduct simple temporary treatment and send them back to mold manufacturers for professional disposal.

To solve this industry pain point, the laser cleaning machine developed by Shanghai Runqia provides an ideal solution for mold engineers. Laser cleaning requires no chemical reagents and causes no damage to the surface finish or dimensional accuracy of molds.

During the cleaning process, pulsed laser beams gasify and evaporate carbon deposits and dirt on the mold surface, and the vaporized contaminants are collected and discharged by a matched dust suction system. Relying on the characteristic difference in damage threshold between the base material and surface contaminants, laser cleaning efficiently removes impurities without damaging the substrate. The whole cleaning process is convenient, efficient and hassle-free.