机床工作时震动小、运动控制精度高，能够轻松实现微米级的成形和高质量表面的磨削。
During operation, the machine only vibrates slightly, but can control the motion with high precision, thus able to form micron-level and high-quality grinding surface.
研究光纤端面研磨时高质量表面的形成机理已成为提高光纤连接器质量和制造效率的重要课题。
The study on high quality surface formation mechanism in lapping of optical fiber end-face has become an important topic about improving performances of optical fiber connectors.
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