Influence of CNC milling strategies on complex surface machining

Author:

Dodok T,Čuboňová N,Císar M,Ivanov V,Wiecek D

Abstract

Abstract Milling strategies are an integral part of CAD/CAM systems. Every CAD/CAM system offers unique strategies to differentiate itself from the competition. The article deals with analysis of CNC milling strategies in CAD/CAM system Edgecam 2017 R2. Analysis is divided into two parts. In first part are analysed roughing strategies with focus based on time necessary for removal of material. Second part is focused on finishing strategies and achieving the highest quality of surface. In conclusion, the article deals with the analysis of existing milling strategies and the creation of a database for the assignment of optimal roughing and finishing strategies for specified components.

Publisher

IOP Publishing

Subject

General Medicine

Reference8 articles.

1. Visual interpretation of new surface when form milling;Beňo;CEEPUS Science Report Cracow,2009

2. Machining strategy choice: Performance VIEWER;Tapie,2009

3. Study on general analytical method for CNC machining the free-form surfaces;Wei;Journal of Materials Processing Technology,2005

4. Cutter path generation for 2.5D milling by combining multiple different cutter path patterns;Yao;International Journal of Production Research,2004

5. Monitoring possibilities of CNC machin tools accuracy;Košinár,2011

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