高速切削机理的研究作为高速切削技术的理论基础，是高速切削技术应用和发展的基石。

As the theory foundation of the high-speed cutting, the research of the mechanism of HSC is the foundation of the application and development of the HSC technology.

高速切削技术是目前机械加工领域中的最前沿技术，又是一门综合交叉性的学科。

High-speed cutting technology is an interdisciplinary area that represents the cutting edge in machining.

本发明作为高速切削刀具及其它在高温条件下服役耐磨工件的涂层。

And it can be used as the coat of high-speed cutting blade, etc.

您可以通过调整主轴高速切削。

You can control cutting by adjusting spindle speed.

高速切削且能以高迸给率精铣。

High speed cutting and finish milling with high feed rate.

角设计可防止高速切削时崩刃。

Corner radivs against chipping in high RPM machining.

角设计可防止高速切削时的崩刃。

Corner radius against chipping in high RPM machining.

采用最新技术的硬质合金材料及新型涂层，适合干式切削，高速切削。

Suitable for dry cutting, high speed cutting thanks to newly developed raw-material and new coating.

结果表明，较低切削速度下形成连续带状切屑，而高速切削时形成锯齿形切屑。

The results show that continuous chip is formed under relatively lower cutting speed, while serrated chip is formed under higher cutting speed.

高速切削过程中切削温度对刀具磨损、工件加工表面完整性及加工精度有极大的影响。

Cutting temperature is the important factor which directly affects the cutting tool wear, workpiece surface integrity and machining precision in high speed machining .