A11 Measurement of geometric deviations of tilting rotary table type five-axis machining centres with an inclined rotary axis
Naoki MIYAMA, Tomoyuki Saiki, Chengri Cui, Masaomi Tsutsumi
Abstract
Open-access reader
Naoki MIYAMA, Tomoyuki Saiki, Chengri Cui, Masaomi Tsutsumi
Abstract
Open-access reader
Conventional five-axis machining centers with a tilting rotary table have two rotary axes parallel to linear axes. Recently, some machining centres with an inclined A-axis are developed. However, there is no method for measuring the deviations inherent to this type of machines. A new measurement method is proposed as well as the identification method. It is found that the inherent deviations can be identified by carrying out simultaneous three-axis motion for the C-axis and simultaneous four-axis motion for the inclined A-axis.
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Conventional five-axis machining centers with a tilting rotary table have two rotary axes parallel to linear axes. Recently, some machining centres with an inclined A-axis are developed. However, there is no method for measuring the deviations inherent to this type of machines. A new measurement method is proposed as well as the identification method. It is found that the inherent deviations can be identified by carrying out simultaneous three-axis motion for the C-axis and simultaneous four-axis motion for the inclined A-axis.
Key concepts: Machining, Vertical axis, Screw axis, Machine tool, Horizontal axis, Table (database), Long axis, Rotation around a fixed axis