Abstract
This paper deals with the identification of alignment errors in five-axis machining centers. There are thirteen alignment errors in each five-axis maching center. Three alignment errors in the three translational slideways are identified by circular tests using a Telescoping Ball Bar. In this paper, assuming the use of a Telescoping Ball Bar, identification methods for the other ten alignment errors in five-axis machining centers are proposed. The theoretical background for identification is given by form shaping theory. The validity of the proposed identification method of alignment errors in the work-tilting type of five-axis machining center is confirmed by experiment.
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