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Interference-Free Cutter Location Data Computation for Flat-Endmill in 4-Axis NC Machining

Wu Li

Open publisher page 1 citations

Abstract

An analytical method based on discrete model was presented to detect and avoid interference for flat endmill in 4 axis NC machining. Based on the analyses conducted, an algorithm of interference free cutter location data computation for flat endmill in 4 axis NC machining was developed. Calculation examples showed that the algorithm could handle the interference problem in 4 axis NC machining with improved computation efficiency and stability.

About this research paper

What this paper is about

An analytical method based on discrete model was presented to detect and avoid interference for flat endmill in 4 axis NC machining. Based on the analyses conducted, an algorithm of interference free cutter location data computation for flat endmill in 4 axis NC machining was developed. Calculation examples showed that the algorithm could handle the interference problem in 4 axis NC machining with improved computation efficiency and stability.

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Available abstract

An analytical method based on discrete model was presented to detect and avoid interference for flat endmill in 4 axis NC machining. Based on the analyses conducted, an algorithm of interference free cutter location data computation for flat endmill in 4 axis NC machining was developed. Calculation examples showed that the algorithm could handle the interference problem in 4 axis NC machining with improved computation efficiency and stability.

Key concepts: Computation, Machining, Interference (communication), Cutter location, Computer science, Algorithm, Numerical control, Engineering

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