Application areas of polishing machines

Semiconductor Manufacturing: Global planarization (chemical mechanical polishing) of silicon wafers and compound semiconductor substrates is an indispensable step in manufacturing integrated circuit chips, requiring nanoscale or even atomic-level surface flatness and extremely low defect density.

Optical Component Processing: Applied to the final surface shaping of optical components such as lenses, prisms, mirrors, and laser crystals. Polishing eliminates fine scratches and subsurface damage, achieving extremely high surface accuracy and smoothness, directly affecting the imaging quality and laser performance of optical systems.

Precision Molds and Mechanical Parts: Used for surface polishing of cavities in injection molds, die-casting molds, and stamping dies, as well as the final processing of critical mechanical parts such as high-precision bearings, hydraulic components, and seals. Smooth surfaces reduce frictional resistance, improve wear resistance, extend service life, and facilitate product demolding or achieve specific functions.

High-End Consumer Goods Components: Mid-frames of smartphones, cases of smartwatches, jewelry, and components of high-end pens. Precision polishing gives these products a delicate feel, exquisite gloss, and excellent texture, enhancing their appearance.

New Materials and Scientific Research: Precision polishing machines are important tools in the preparation of ultra-smooth substrates and functional thin film materials for experimental research, or in the preparation of samples before cross-sectional analysis of specific materials.