2009Proceedings of International Conference on Leading Edge Manufacturing in 21st century LEM21Open access

A3 Tool Path Generation for 5-Axis Control Milling Based on Area Division Method(Digital design and digital manufacturing(CAD/CAM))

Takehisa Koizumi, Keiichi NAKAMOTO, Toru Ishida, Yoshimi TAKEUCHI

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Abstract

The efficient machining of workpieces with a complicated shape has being increased in terms of realizing the products with compact design and sufficient functionality. 5-axis control machining is suitable to meet such a requirement since it can cope with machining these workpieces without removing them. At the time, it is very important to rapidly generate interference-free tool path. Thus, the study deals with 5-axis control tool path generation to machine such complicated workpieces on the basis of the area division method, where the interference area is divided into small areas. The validity of the method is demonstrated with simulated results.

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The efficient machining of workpieces with a complicated shape has being increased in terms of realizing the products with compact design and sufficient functionality. 5-axis control machining is suitable to meet such a requirement since it can cope with machining these workpieces without removing them. At the time, it is very important to rapidly generate interference-free tool path. Thus, the study deals with 5-axis control tool path generation to machine such complicated workpieces on the basis of the area division method, where the interference area is divided into small areas. The validity of the method is demonstrated with simulated results.

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Available abstract

The efficient machining of workpieces with a complicated shape has being increased in terms of realizing the products with compact design and sufficient functionality. 5-axis control machining is suitable to meet such a requirement since it can cope with machining these workpieces without removing them. At the time, it is very important to rapidly generate interference-free tool path. Thus, the study deals with 5-axis control tool path generation to machine such complicated workpieces on the basis of the area division method, where the interference area is divided into small areas. The validity of the method is demonstrated with simulated results.

Key concepts: Machining, Division (mathematics), Tool path, CAD, Numerical control, Machine tool, Interference (communication), Path (computing)

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