Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis

In order to overcome the influence of the particularity of the hybrid machine tool on the error compensation, this paper presents an error compensation strategy based on the NC error compensation model. The X-Y table and the spindle deflection accuracy of the machine are tested by the ballbar in thi...

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Main Authors: Li Lina, Sun Hongchang, Zhou Hongbin
Format: Article
Language:English
Published: EDP Sciences 2022-01-01
Series:ITM Web of Conferences
Subjects:
Online Access:https://www.itm-conferences.org/articles/itmconf/pdf/2022/07/itmconf_cccar2022_03002.pdf
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author Li Lina
Sun Hongchang
Zhou Hongbin
author_facet Li Lina
Sun Hongchang
Zhou Hongbin
author_sort Li Lina
collection DOAJ
description In order to overcome the influence of the particularity of the hybrid machine tool on the error compensation, this paper presents an error compensation strategy based on the NC error compensation model. The X-Y table and the spindle deflection accuracy of the machine are tested by the ballbar in this paper. Based on the real -virtual axis compensation structure,the detection and compensation is implemented.The accuracy data before and after compensation are analyzed and compared. It is confirmed that the error compensation strategy of the hybrid machine tool has a significant effect on the improvement of the motion precision of the hybrid machine tool.
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spelling doaj.art-6952922d71124b3c94a4507aad7a64542022-12-22T02:40:52ZengEDP SciencesITM Web of Conferences2271-20972022-01-01470300210.1051/itmconf/20224703002itmconf_cccar2022_03002Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axisLi Lina0Sun Hongchang1Zhou Hongbin2Department of Automobile Engineering, Tianjin Transportation Vocational CollegeInstitute of robotics and intelligent equipment, Tianjin University of Technology and EducationSICK MAIHAK (Beijing) Co., Ltd Beiqing Road No.160, Wenquan, Haidian DistrictIn order to overcome the influence of the particularity of the hybrid machine tool on the error compensation, this paper presents an error compensation strategy based on the NC error compensation model. The X-Y table and the spindle deflection accuracy of the machine are tested by the ballbar in this paper. Based on the real -virtual axis compensation structure,the detection and compensation is implemented.The accuracy data before and after compensation are analyzed and compared. It is confirmed that the error compensation strategy of the hybrid machine tool has a significant effect on the improvement of the motion precision of the hybrid machine tool.https://www.itm-conferences.org/articles/itmconf/pdf/2022/07/itmconf_cccar2022_03002.pdfhybrid machine toolballbarerror compensationvirtual and actual axis
spellingShingle Li Lina
Sun Hongchang
Zhou Hongbin
Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis
ITM Web of Conferences
hybrid machine tool
ballbar
error compensation
virtual and actual axis
title Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis
title_full Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis
title_fullStr Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis
title_full_unstemmed Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis
title_short Research on NC error compensation strategy with PRS-XY hybrid machine tool based on virtual and actual axis
title_sort research on nc error compensation strategy with prs xy hybrid machine tool based on virtual and actual axis
topic hybrid machine tool
ballbar
error compensation
virtual and actual axis
url https://www.itm-conferences.org/articles/itmconf/pdf/2022/07/itmconf_cccar2022_03002.pdf
work_keys_str_mv AT lilina researchonncerrorcompensationstrategywithprsxyhybridmachinetoolbasedonvirtualandactualaxis
AT sunhongchang researchonncerrorcompensationstrategywithprsxyhybridmachinetoolbasedonvirtualandactualaxis
AT zhouhongbin researchonncerrorcompensationstrategywithprsxyhybridmachinetoolbasedonvirtualandactualaxis