本文叙述了自动快速切削螺纹装置的工作原理，分析和计算了工作过程中主要机件的互相关系。
The article introduces the working principle of an automatic high speed thread cutting device, analyses and calculates the relation between the main parts of the device during processing.
在这种情况下，切削刀具即钻头快速转动，但工件却根本不动。
In this case, the cutting tool, thAT is, the drill, turns fast, but the workpiece doesn't move AT all.
利用所研制的快速伺服刀架、计算机控制系统，在超精密车床上进行了切削试验。
The cutting experiment is proceeded with a self-made fast servo tool and a computer control system on ultra-precision lathe.
通过使用该数据库系统，可快速获取金属切削所需的各项优化参数，并能选出合适的刀具。
Optimal cutting data can be quickly obtained and suitable tools can be chosen by using this metal cutting database.
试验表明：这种快速落刀装置可以满足金属切削加工技术研究的需要。
The result of experiment indicates that the equipment can be used in the research on technique of metal cutting.
文章就超高速数控机床控制系统的高速主轴矢量控制器、快速响应的伺服系统、精简指令集计算机系统及高速切削中的其它辅助功能作一介绍。
The article introduces high speed spindle vector controller, rapid response servo system and RISC system for ultra-high speed CNC machine tool and other accessory functions for high speed cutting.
此外，应用铣削快速落刀法初步研究了切削参数对振动的影响。
The results show that fast tool-off milling experiment can absolutely be applied to investigate the chatter in high speed milling.
左右双列式大型排水槽，能快速排除大 量磨屑与切削液。
左右双列式大型排水槽，能快速排除大 量磨屑与切削液。
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