结果表明，基于遗传算法的高速铣削参数优化系统的具有较强的实用性。
The results show that the system of high speed milling parameters optimization based on genetic algorithms is practicability.
系统介绍了高速铣削加工淬硬模具时刀具材料及几何参数选择、刀具的损坏及检测、刀具与机床连接技术、刀具的安全性等相关刀具技术。
The choice of cutter materials and parameters, the damage and check of cutter, the connection technology of cutter and machine tool, cutter safety are included.
结果表明，采用该系统优选的铣刀及其切削参数进行高速铣削加工，能有效提高加工品质和加工效率、降低加工成本。
The experiment results show that the optimized milling cutter and its parameters can improve the machining quality and efficiency and reduce machining cost efficiently.
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