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首页> 外文会议>Sixth International Conference on Progress of Machining Technology: With Some Topics in Advanced Manufacturing Technology (ICPMT'2002); Sep 10-14, 2002; Xi'an, China >HIGH PRODUCTIVE AND SAFETY DRILLING OF HARD TO CUT MATERIALS BY INTELLIGENT MACHINE TOOLS - Prevention of Tool Breakage and Extension of Tool Life by Adaptive Pecking in Machining Processes of Difficult-to-Machine Materials -
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HIGH PRODUCTIVE AND SAFETY DRILLING OF HARD TO CUT MATERIALS BY INTELLIGENT MACHINE TOOLS - Prevention of Tool Breakage and Extension of Tool Life by Adaptive Pecking in Machining Processes of Difficult-to-Machine Materials -

机译：通过智能机床在硬质材料上进行高生产率和安全的钻孔-通过在难加工材料的加工过程中进行适应性加工来防止刀具破损并延长刀具寿命-

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摘要

This paper presents methodologies for safer, and higher productive drilling of difficult-to-machine materials by using the Intelligent Machine Tool. In particular, drilling processes of a Titanium alloy, Ti-6Al-4V, which is known as a typical difficult-to-machine material, is considered. By performing the pecking only when the chip jamming is detected, the maximum cutting torque can be regulated under the safe level. As a result, the tool life is extended by approximately 50% compared to conventional cases.
机译：本文介绍了使用智能机床更安全，更高生产率地加工难加工材料的方法。特别地，考虑了钛合金Ti-6Al-4V的钻孔工艺，该工艺被称为典型的难加工材料。通过仅在检测到切屑堵塞时执行啄孔，可以将最大切削扭矩控制在安全水平以下。结果，与传统情况相比，刀具寿命延长了大约50％。

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