Flank milling optimization - the flamingo project

H.K. Tönshoff, Christoph Gey, Nils Rackow
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引用次数: 23

Abstract

An approach to increase the material removal rate, to lower the cutting forces, to eliminate necessary hand finish and to assure an improved component accuracy, is to implement the high speed flank milling technology for manufacturing processes. The presented paper analyses the flank milling process. A special consideration is given to the issue of tool deflection and its dependency on the applied process parameters. Further subject is the development of advanced tool path generation for optimised tool positions minimising gauges and stock material as well as reducing the risk of collisions.

侧面铣削优化-火烈鸟项目
提高材料去除率,降低切削力,消除必要的手工精加工,并确保提高零件精度的方法是在制造过程中实施高速侧铣削技术。本文对侧面铣削工艺进行了分析。特别考虑了刀具偏转的问题及其对所应用的工艺参数的依赖。进一步的主题是开发先进的刀具路径生成,以优化刀具位置,最大限度地减少量规和库存材料,并降低碰撞风险。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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