An algorithm for interference checking and Angle adjustment of 5 axis nc machining to flat end cutter is proposed.
提出了一种平底刀五坐标数控加工的干涉检测及刀位角修正算法。
A new algorithm of automatic generation of interference free cutter location path for nc machining of free form surfaces with flat end cutters is proposed.
提出了一种新的曲面平头立铣刀加工无干涉刀位轨迹自动生成的算法。
A flat-end cutter was used, its paths were generated based on the constant scallop height principle and machining strips were enlarged by adjusting inclinati.
提出了一种四坐标联动等残留高度端铣加工任意曲面叶片的方法。
Workpieces with the cutter location points on the same plane are usually milled by window-frame method by 2-axis NC machining with flat-end mill.
环切加工是常用的数控二轴联动铣削方式，用于加工工位在同一平面上的零件；
Workpieces with the cutter location points on the same plane are usually milled by window-frame method by 2-axis NC machining with flat-end mill.
环切加工是常用的数控二轴联动铣削方式，用于加工工位在同一平面上的零件；
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