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在对SMART-CNC磨床几何误差建模及对某双频激光干涉仪工作原理分析的基础上,针对该磨床的误差参数辨识进行了实际测量中的应用,并以检测结果作为数控机床误差补偿的前提进行几何误差补偿。
Based on the modeling of the SMART-CNC grinder geometric error and the working principle of a dual-frequency laser interferometer, the error parameter identification of the grinder was applied to the actual measurement. The results were used as the compensation of the CNC machine error Geometric error compensation premise.