Based on that, geometric shapes and characteristics of the profile are fully analyzed on the different parts of the cutter.
并在此基础上，分析了轮廓线在刀具曲面不同部分的形状及几何性质，列举了轮廓线各种可能性。
The paper presents a systematic technology of feed rate optimization on CNC planar profile milling based on geometric simulation of tool path which is the base of intelligent CNC programming.
本文基于刀具路径几何仿真，研究了平面曲线轮廓数控加工进给速度优化技术，这种优化技术是智能化数控加工编程的基础。
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