Towards modeling and restraining surface ripples during bonnet polishing based on frequency domain characteristic control

Since the proposal of bonnet polishing technology, it has been widely used in the surface polishing of various high-precision curved components. Because of its unique polishing tools and polishing method, it has the characteristics of high polishing efficiency and high polishing accuracy. Therefore, bonnet polishing technology is particularly important in engineering applications. We mainly review the research progress of bonnet polishing technology in the past 10 years, including the introduction of bonnet polishing technology applied to important engineering projects such as the European Extremely Large Telescope, the main mirror of Japan's nextgeneration space telescope, the Shenguang-III mainframe unit, and the artificial skeleton. We summarize the key technologies of bonnet polishing technology such as removal mechanism, removal function, motion control, process control, and software development according to the typical applications of bonnet polishing technology. Finally, the current limitations are summarized according to the characteristics of bonnet polishing technology, and the development trend of bonnet polishing technology is also foreseen, hoping to provide a reference for the subsequent in-depth research of bonnet polishing technology.

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Towards modeling and restraining surface ripples during bonnet polishing based on frequency domain characteristic control

Cited by 4 publications

References 11 publications

Review on high efficiency and high precision compliant polishing method

Review on high efficiency and high precision compliant polishing method

Direct velocity planning on parameterized tool path for deterministic polishing with robust dynamic limitation

Application and development of bonnet polishing technology

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