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高速加工作为现代加工技术发展的趋势之一,为航空航天、模具、汽车等工业的发展奠定了技术基础,为了能够实现真正意义上的高表面质量、高精度、高效率的高速“佳”工,促进了机床工具企业对现代高速机床、数控系统、刀具系统、工艺系统、现代检测系统等高速加工技术的研究,作为高速加工中的机床部件,对高速加工机床的性能起到至关重要的作用。为了解高速加工机床、刀具系统、数控系统在高速“佳”工中的作用,本期特别邀请了从事机床设计和销售、铸造加工和船舶加工方面的工程师为我们深入解析,并在后面的栏目中为大家献上工艺系统、机床结构、刀具等在高速加工中的具体应用,希望能够为金属加工领域的工程师们在工作中提供借鉴。
As one of the trends in the development of modern processing technology, high-speed machining has laid the technical foundation for the development of industries such as aerospace, molds and automobiles. In order to realize the true high surface quality, high-precision and high-speed high- The work promoted the research of high-speed machining technology of modern high-speed machine tools, numerical control systems, tool systems, process systems and modern inspection systems by machine tools enterprises. As a machine tool component in high-speed machining, it has been instrumental in the performance of high-speed machining machines Important role. In order to understand the role of high-speed machining tools, tool systems and numerical control systems in high-speed and high-speed work, this issue specially invited engineers engaged in machine design and sales, foundry and ship processing for our in-depth analysis, Column for everyone presented technology systems, machine tools, tools and other high-speed machining in the specific application, hoping to provide engineers in the field of metal processing in the work to provide reference.