@article{Guo2026, 
author = {Xipeng Guo and Jiabin Yuan and Wei Shi and Shaohui Yin},
title = {Research on ultraprecision turning and profile-error compensation technology for multi-axis linkage},
year = {2026},
journal = {Nanotechnology and Precision Engineering},
volume = {9},
number = {1},
pages = {013007},
keywords = {Aspheric workpiece, Ultraprecision turning, XZB three-axis linkage, Normal error compensation},
url = {https://www.sciopen.com/article/10.1063/5.0271193},
doi = {10.1063/5.0271193},
abstract = {In an ultraprecision turning process for small-diameter optical aspheric workpieces, tool-profile errors induce mid-frequency errors in the workpiece profile, limiting further improvements in precision. In this study, an XZB three-axis linkage ultraprecision machining method is proposed, and the effects of tool-center errors are analyzed. To address residual errors in Z-direction profile-error compensation, a workpiece normal-profile-error compensation method is proposed. After XZB three-axis linkage turning and compensation, the workpiece profile error (PV) reaches 0.086 μm, surpassing the precision of XZ two-axis machining, and mid-frequency errors are reduced. Compared with Z-direction profile-error compensation, which results in a profile error of 0.092 μm, normal-profile-error compensation reduces PV to 0.047 μm, considerably improving aspheric accuracy. Experimental results demonstrate that XZB three-axis linkage machining significantly improves the aspheric workpiece profile, enhancing both its accuracy and surface quality. This method reduces mid-frequency errors, and the subsequent application of normal-profile-error compensation further refines the profile, achieving higher overall accuracy.}
}