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以一维、二维的误差测量及补偿为研究主线,详细阐述了一维及二维误差补偿的原理和方法,在试验中使用该补偿方法,使得数控系统定位精度大大提高,说明计算机误差补偿技术是提高加工精度的经济可行的方法。
Taking the one-dimensional and two-dimensional error measurement and compensation as the main line of study, the principle and method of one-dimensional and two-dimensional error compensation are expounded in detail. The compensation method is used in the experiment to greatly improve the positioning accuracy of the numerical control system, Technology is an economically viable method of improving machining accuracy.