Complex shapes, fine processing, and thin tube polishing - ultra-precision special mirror polishing processing service.
For semiconductor manufacturing equipment, analysis, medical, electronics, and aerospace-related needs! For complex-shaped parts, leave it to our unique technology for ultra-precision special mirror polishing processing service. *Case studies are currently available.
For complex-shaped components, please leave it to our unique ultra-precision polishing processing service. Our ultra-precision special mirror polishing technology is an original polishing method developed through continuous challenges to achieve mirror polishing on shapes and materials that were previously deemed "difficult or impossible" using conventional polishing techniques such as grinding, electrolysis, chemical processes, lapping, honing, buffing, blasting, and barrel finishing. It is used for mirror polishing of precision micro-machined parts incorporated in semiconductor manufacturing equipment, medical and analytical instruments, aerospace and space-related applications, nuclear and accelerator-related equipment, ultra-high vacuum devices, precision electronic devices, and pharmaceutical and food manufacturing equipment. ◆ The materials of the parts requested for mirror polishing are difficult-to-cut materials: stainless steel, titanium, and high-melting-point metals such as tungsten, tantalum, molybdenum, niobium, and fine ceramics. ◆ Examples include: fine tube polishing, Ni-Ti pipe inner surface polishing, nozzle polishing for blood tests, comparative evaluation of flexible pipe polishing, inner surface polishing of cylinders, and inner surface polishing of Φ100 glass-like carbon crucibles. *For more details, please download our catalog or feel free to contact us.
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Precision micro-machined components incorporated into semiconductor manufacturing equipment, medical and analytical instruments, aerospace-related equipment, nuclear and accelerator-related equipment, ultra-high vacuum equipment, precision electronic devices, and pharmaceutical and food manufacturing equipment.
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Common to semiconductor manufacturing equipment, medical and analytical instruments, aerospace-related fields, and nuclear-related applications is the extensive use of clean pipes in fluid-carrying piping systems. Our polishing technology is original, utilizing methods that address shapes deemed "difficult or impossible" in electrolytic polishing, chemical polishing, buffing, lapping, and grinding to meet our customers' needs. We specialize in the internal polishing of thin tubes, bent pipes, tapered pipes, and irregularly shaped pipes. Our techniques are applicable to materials such as stainless steel, titanium, ceramics, Inconel, and quartz. This is a specialized polishing technology that continues to challenge ultra-clean technologies.