Three kinds of model are concluded according to five-axis NC machining.
根据五坐标数控机床的运动形式，将其归结为三种基本形式。
Based on viewpoint of post-processing, non-linear error of five-axis NC machining was analyzed and its influencing factors were presented.
从后处理的角度，分析了五轴数控加工的非线性误差，指出了其影响因素；
Therefore, in order to improve the performance of compressor, it is necessary to accomplish the high accuracy five-axis nc machining of centrifugal compressor impeller.
因此，有必要开展离心压气机叶轮五轴高精度数控加工技术的研究，以期进一步提高压气机的性能。
The theoretical error in five axis NC machining, which is resulted from approximating the perfect continuous tool path with discrete linear segments, is strictly analyzed.
对五坐标曲面加工中由离散线性运动逼近理想刀具轨迹所引起的理论加工误差进行了较严格的分析。
The NC system of a five-axis machining tool for flame pipe cutting that we develop meets the requirements for cutting pipes of various kinds.
研制了一种五轴联动数控火焰切管机床的数控系统，该系统可满足多种类型管件的加工要求。
As an advanced nc machining technology, five-axis machining for propeller is widely used abroad but limited in domestic.
螺旋桨五轴数控加工技术作为一种先进的加工方法，在国外已经广泛应用而在国内的应用水平较低。
Five-axis NC machine tools are widely used in sculptured surface machining for its higher performance than 3-axis machine tools.
五轴数控加工以其灵活、高精度、高效率等特点在复杂曲面加工中得到了越来越广泛的使用。
Five-axis NC machine tools are widely used in sculptured surface machining for its higher performance than 3-axis machine tools.
五轴数控加工以其灵活、高精度、高效率等特点在复杂曲面加工中得到了越来越广泛的使用。
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