使用“轨迹铣削”(Trajectory Milling) 定义拐角条件很简单。例如，选择 3 轴加 工，然后单击“刀具运动”(Tool Motions) ▶ “曲线切削”(Curve Cut)。
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该方法能准确地进行刀具轨迹补偿，运行可靠，已成功运用于数控铣削加工的自动编程系统。
The method can accurately compensates cutter path and it has been successfully applied to automatic programming system for NC-mill.
通过数学计算与使用靠模夹具，求得铣削回珠器回珠槽指状铣刀的运动轨迹。
By mathematical calculation and using a copying fixture, the orbit of movement of an end-milling form cutter is obtained.
研究了数控铣削加工过程中刀具轨迹的生成，以及不同轨迹形式对加工质量有何影响等内容。
This paper study the making of cutting tool locus in CNC milling, and study the influence of deferent cutting tool locus on cutting quality.
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