C9 Tool posture planning method for 5-axis control machining with an idea of spatial temporal representation based on machine tool coordinate system(Multi-axis control machining)

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概要

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• In recent multi-axis controlled machine tools, to realize both high productivity and fine surface, a planning method to keep dynamic synchronous accuracy among tool axes and tool posture against local surface of workpiece is required. So, in this paper, we propose a new planning method based on integrated main/post processing system for tool posture. In the proposed method, movable range of rotational axes without collision and tool posture against local surface is illustrated as M-Map image for each cutting point with GPU. Then, by referring these images, continuous change of rotational axes keeping the tool posture can be planned.

• 2009-12-01

著者

• Kaneko Jun'ichi

  Production And Processing Laboratory Saitama University

• HORIO Kenichiro

  Production and Processing Laboratory, Saitama University

• Horio Kenichiro

  Production And Processing Laboratory Saitama University

関連論文

• C9 Tool posture planning method for 5-axis control machining with an idea of spatial temporal representation based on machine tool coordinate system(Multi-axis control machining)

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