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首页> 外文会议>DAAAM International Symposium on Intelligent Manufacturing and Automation >Computer Aided Design and Manufacturing Evaluation of Milling Cutter when High Speed Machining of Hardened Steels
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Computer Aided Design and Manufacturing Evaluation of Milling Cutter when High Speed Machining of Hardened Steels

机译：高速加工硬化钢材铣刀的计算机辅助设计与制造评价

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This paper presents the influence of CAD modelling and CAM simulation advanced techniques for hard milling technology. The main aim of simulations is the ability and importance to improve and optimize hard milling process even before the real production of its own products, because their manufacturing process is rather expensive. The reached results present us roughing and finishing process of hard milling and milling strategy or generation of tool-paths in CATIA V5. All simulations of milling experiments show that the proposed clear-up tool path works well in the real cutting process and can improve the machining efficiency of the machining process. At the same time, the manufacturing must have the advanced process equipment and method due to the requirements of the design performance and machining efficiency. Finally, hard milling simulations in CAD/CAM system CATIA V5 were performed in order to determine and evaluation of suitability of the proposed shapes of the hard milling product.
机译：本文介绍了CAD建模与CAM模拟高级技术对硬磨技术的影响。仿真的主要目的是甚至在实际生产之前改善和优化硬磨过程的能力和重要性，因为他们的制造过程相当昂贵。达到的结果显示了在CATIA V5中的硬铣削和铣削策略的粗加工和整理过程或产生工具路径。所有铣削实验的模拟表明，所提出的清除工具路径在实际切削过程中运行良好，可以提高加工过程的加工效率。同时，由于设计性能和加工效率的要求，制造必须具有先进的工艺设备和方法。最后，进行CAD / CAM系统CATIA V5中的硬磨模拟，以确定和评估所提出的硬磨产品形状的适用性。

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