CASES
Laser micromachining technology is not limited by material hardness and can be applied to a wide range of materials, including stainless steel, plastics, hardened steel and diamond, making it ideal for the manufacture of industrial machinery and equipment components. The performance of a spray nozzle is closely related to the degree of its internal structure and surface quality, and laser micromachining can provide high precision machining at the submicron level to ensure nozzle accuracy and consistency.
Laser micromachining can be used to manufacture high-precision bearing components, including bearing inner rings, outer rings and balls. This helps to improve the running accuracy and life of the bearing. Bearings often contain microscopic structures that require a high degree of fine machining, and laser micromachining technology can be processed on a micrometer scale to ensure the quality and consistency of these microscopic structures.
Laser micromachining technology plays a key role in the manufacturing industry, especially in the manufacture of components that require high precision, complex structures and diverse materials. This helps to improve the performance, reliability and safety of industrial machines and equipment.
