A high precision feed table and control system were developed to drive the optical head in a disc mastering device.
为实现母盘刻录机中光学头的精密进给，研制了精密微进给工作台及其伺服控制系统。
For the system of macro micro-feed table, a micro-feed table in macro-micro dual system was designed by using of flexure hinge.
针对宏微进给系统，利用弹性铰的微变形原理设计了宏微系统中的微动台。采用最小位能原理推导出一般弹性铰的二维刚度矩阵；
For the system of macro micro-feed table, a micro-feed table in macro-micro dual system was designed by using of flexure hinge.
针对宏微进给系统，利用弹性铰的微变形原理设计了宏微系统中的微动台。采用最小位能原理推导出一般弹性铰的二维刚度矩阵；
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