The High-Speed 3-Axis CNC Optical Polishing Machine is a precision surface finishing solution designed for spherical surface polishing, aspherical surface polishing, optical component finishing, lens polishing, mold polishing, mirror surface processing, and high-accuracy industrial surface finishing. With a stable three-axis CNC control system, this machine provides accurate tool movement, smooth polishing performance, and consistent surface quality for demanding optical and precision engineering applications.
This CNC optical polishing machine is suitable for processing optical lenses, glass components, precision molds, optical mirrors, spherical parts, aspherical parts, curved surfaces, and high-precision functional components. It can help improve surface smoothness, reduce machining marks, and enhance final product quality after grinding or precision machining.
The three-axis CNC structure supports controlled polishing paths, stable feed movement, and repeatable processing accuracy. Operators can set polishing speed, tool path, feed rate, processing time, and other parameters according to different workpiece shapes, surface requirements, and material conditions.
The machine can be used for optical glass, quartz, crystal materials, ceramics, mold steel, non-ferrous metals, and other suitable precision materials depending on polishing tools, abrasives, fixtures, and process parameters. It is suitable for laboratories, optical component manufacturers, mold factories, precision machining workshops, and industrial surface finishing applications.
YCP-85 is a polisher with three CNC axis for spherical and aspherical lenses. The working range is Dia. 10mm to 85mm with less than 1N for spherical and plano only. Easy input all the data with the Interface, easy to run the machine. 500 workpiece data can be memory for picking up in future.
CNC System:
The machine bases on Rexroth (Germany) CNC (Computer Numerical Control) System and all the driving motors, that keeps machines stable and reliable.
Feedback System:
The machine bases on Rexroth (Germany) CNC (Computer Numerical Control) System and all the driving motors, that keeps machines stable and reliable.
Machine Base:
1.The machine base on natural granite, low deformation with the temperature.
2.All the driving parts such as linear guide and ball screw are from HIWIN Taiwan. Meet all the accuracy which designed, and keep the machine in high accuracy and reliable.
3.All the bearings for rotating parts are from FAG Germany, keep the rotate accuracy less than 3μm.
Polishing Slurry Supply System:
The chiller is used for polishing slurry system, to keep the spindle and slurry working in the certain temperature. Keeps the polishing slurry in good condition.
FAQ
1. What is a 3-Axis CNC Optical Polishing Machine used for?
It is mainly used for spherical surface polishing, aspherical surface finishing, optical lens polishing, mirror polishing, mold polishing, curved surface finishing, and precision surface processing.
2. What are the advantages of CNC polishing?
CNC polishing provides programmable tool paths, stable repeatability, reduced manual operation error, improved surface consistency, and better control over polishing speed, feed rate, and processing time.
3. What materials can this machine polish?
It can polish optical glass, quartz, crystal materials, ceramics, mold steel, non-ferrous metals, and other precision materials depending on polishing tools, abrasives, fixtures, and process parameters.
4. Is this machine suitable for aspherical surfaces?
Yes. The 3-axis CNC control system can support controlled polishing paths for aspherical and curved surfaces, making it suitable for optical and precision surface finishing applications.
5. Can it be used after grinding?
Yes. This machine is suitable for fine polishing after grinding, milling, or precision machining. It helps reduce tool marks and improve final surface quality.
6. Can the machine be customized?
Yes. Machine travel, polishing head structure, worktable size, fixture design, control system, polishing tools, and process configuration can be customized according to workpiece requirements.
7. What information is needed for quotation?
Please provide workpiece material, size, surface type, spherical or aspherical requirement, required surface quality, production quantity, polishing process, and preferred machine configuration.
