快速切削

自动快速切削螺纹装置

An automatic high speed thread cutting device

采用耐磨结合剂生产的快速切削磨块能达到很好的光整效果。

SF : Fast cutting media that provides a good finish with a tough long wearing bond .

适用于各种光饰机的快速切削，去毛刺和倒角。精密加工中切削参数对毛刺尺寸的影响

FC : Made for fast cutting , deburring , radiusing in all types of finishing equipment . The Affection of Cutting Parameters on the Burr in Precision Machining

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 .

以最小的加工变形等为目标，建立切削参数优化模型，最终研制开发一种叶片铣削加工切削参数优化的方案，为指导实际生产提供一种合理的、快速的切削参数选择方式。

Taking the minimal deformation as the goal , a cutting parameters optimization model is established .

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 .

应用计算机技术开发金属切削数据库可以高效快速地提供切削加工所需的合理的切削参数，提高机械产品的加工质量和生产效率，增强企业的竞争能力。

The metal cutting database developed by using computer technology , can provide reasonable cutting parameters for cutting process quickly and efficiently .

因此，如何快速将高速切削技术应用到黑色金属及难加工材料的加工上来成为亟待解决的技术难题。

Therefore , how to make high speed machining technology apply to ferrous metals and difficult-to-machine material becomes the technical problem to be solved .

当应用于现场切削试验时，传感器能快速响应瞬态切削温度。

When it is applied to machining on the spot , the sensor can fast respond to the cutting temerature at the real time and satisfied results were achieved .

随着现代机械制造业的快速发展，金属切削液的用量迅速增加。

With the fast development of modern machinery manufacturing industry , the usage of MCF is increasing rapidly .