The impact of orientation errors in CNC lathe machining on machining accuracy:
Orientation error refers to the degree of variation or deviation between the practical surfaces, axes, or symmetry planes of processed parts relative to their desired orientations, such as straightness, orientation, symmetry, etc.
Azimuth errors in CNC machining usually refer to dead zone errors, which are mainly caused by machining errors caused by gaps and elastic deformation during transmission of machine parts,
And in processing, the tool head of the machine tool needs to overcome factors such as friction, which can lead to orientation errors. The azimuth accuracy is greatly affected in an open loop system, while in a closed-loop servo system,
It mainly depends on the accuracy of the displacement detection device and the speed amplification coefficient of the system, and the impact is generally small.
