国防科技大学等单位的科技人员,积极跟踪发达国家机电相互渗透和结合的新潮流,成功地将电子计算机、微电子检测和控制等新技术以及机械发展的新成果,综合开发,研究出“精密机床动态检测与精度控制”技术,并于最近通过国家级鉴定。超精密加工技术历来是一个国家的工业水准和科技发展的标志。目前,我国的超精密加工大部分仍然采取传统的方式,不仅耗费大量的人力、资金,而且由于周期长、加工产品的质量达不到一定的精度,严重影响了产品的更新和在国际市场上的竞争力。国防科大等单位在接受国家下达的这项科研任务后,课题组的科研人员集思广益,采用动态 National University of Defense Technology and other units of science and technology personnel, and actively tracking the developed countries electromechanical mutual penetration and integration of the new trend, the successful electronic computers, micro-electronics testing and control of new technologies and mechanical development of new achievements, the comprehensive development and study of “precision Machine Tool Dynamic Detection and Precision Control ”technology, and recently passed the national appraisal. Ultra-precision machining technology has always been a national industrial standard and technology development mark. At present, most of the ultra-precision machining in our country still adopts the traditional way, which not only consumes a lot of manpower and capital, but also the quality of the processed products can not reach a certain precision due to the long period, seriously affecting the updating of the products and in the international market Competitiveness. National Defense University and other units in the country issued by the scientific research mission, the research team members brainstorm, the use of dynamic