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Manufacturing trends in precision engineering

机译:精密工程的制造趋势

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摘要

A number of ultra precision machine tools have been developed over the last twenty years in order to meet the ever growing demand for reduced dimensional tolerances, together with high surface and sub surface integrity. Miniaturisation has been a prime driving force for developing such machines for a range of industries, including the semiconductor, optical communication, computer peripheral, medical industries, etc. Additionally, critical macro components for the aerospace, automotive and other industries depend increasingly on higher geometric accuracies and micro or nano structured surfaces to meet the growing need for improved performance and reliability, improved energy efficiency and a cleaner environment. For many industries the above requirements, coupled with the advent of new advanced materials, including glasses and ceramics, is leading to the capabilities of conventional machining methods and machine tools being eclipsed by new processes and machine systems currently at the research stage. This paper discusses some of the 'micro' and 'nano' products emerging to meet the above requirements, and implications this is having on the development of new processes and machines.
机译:在过去的二十年中,已经开发出许多超精密机床,以满足日益增长的对减小尺寸公差以及高表面和亚表面完整性的需求。微型化一直是开发用于多种行业的此类机器的主要动力,这些行业包括半导体,光通信,计算机外围设备,医疗行业等。此外,航空航天,汽车和其他行业的关键宏组件越来越依赖于更高的几何尺寸。精度和微米或纳米结构表面,以满足不断增长的对提高性能和可靠性,提高能效和清洁环境的需求。对于许多行业来说,以上要求以及包括玻璃和陶瓷在内的新型先进材料的出现,正导致传统加工方法和机床的功能被研究阶段的新工艺和机床系统所取代。本文讨论了满足上述要求的一些“微型”和“纳米”产品,以及它们对新工艺和新机器开发的影响。

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