负责二维编程，最佳化加工参数(主轴转速，进给速度等)。
Responsible to optimize manufacturing parameters, for instance, optimize cutting speed, federate, insert and so on.
切削实验表明，采用二维微量进给机构能有效提高加工精度。
The cutting experimental result shows that the machining accuracy of the workpiece can be improved effectively by using the developed micro-feed device.
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.
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