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Effect of High-speed Milling tool path strategies on the surface roughness of Stavax ESR mold insert machining

机译:高速铣削工具路径策略对斯塔克斯ESR模具插入加工表面粗糙度的影响

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High speed milling is one of the recent technologies used to produce mould inserts due to the need for high surface finish. It is a faster machining process where it uses a small side step and a small down step combined with very high spindle speed and feed rate. In order to effectively use the HSM capabilities, optimizing the tool path strategies and machining parameters is an important issue. In this paper, six different tool path strategies have been investigated on the surface finish and machining time of a rectangular cavities of ESR Stavax material. CAD/CAM application of CATIA V5 machining module for pocket milling of me cavities was used for process planning.
机译:高速铣削是最近用于生产模具插入件的技术之一,因为需要高表面光洁度。它是一种更快的加工过程,在那里它使用小的侧面步骤和小的下行步长,与非常高的主轴速度和进料速率相结合。为了有效地使用HSM功能,优化工具路径策略和加工参数是一个重要问题。在本文中,研究了六种不同的刀具路径策略,对ESR Stavax材料的矩形空腔的表面光洁度和加工时间进行了研究。 CAD / CAM应用CADIA V5加工模块用于袋铣削腔,用于工艺规划。

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