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    • 摘要: 在深入实施“中国制造2025”的契机下,我国的超精密加工领域突破了许多关键瓶颈技术,并取得了众多显著的科研成果,建设了一批高水平超精密加工技术创新平台、人才成长平台和应用示范基地,开创了一条我国超精密产业的自主创新发展之路,解决了该领域一些相对应的技术难关。本文主要介绍了厦门大学精密工程实验室在光学超精密加工技术与装备方面的研究进展,围绕大口径光学非球面元件的磨削与抛光加工,阐述课题组研发的加工工艺、磨削与抛光装备、装备监控与控制软件以及相关单元技术。这些研究成果可为实现高端光学元件的超精密加工提供制造加工技术支持与装备解决方案。

       

      Abstract: Under the opportunity of "Made in China 2025", in the field of ultra-precision, China has broken through many key bottleneck technologies, achieved many remarkable scientific research results, built a number of high-level ultra-precision processing technology innovation platforms, talent growth platforms and application demonstration bases, and created an independent ultra-precision industry in China. This paper mainly introduces the research progress of optical ultra-precision processing technology and equipment in the Precision Engineering Laboratory of Xiamen University. Focusing on the grinding and polishing processing of large-diameter optical aspherical components, the processing technology, grinding and polishing equipment, equipment monitoring and control software and related unit technologies developed by the group are described. These research results can provide manufacturing and processing technology support and equipment solutions for the ultra-precision processing of high-end optical components.