高速切削技术越来越引起人们的关注。
High speed machining technology attracts more and more attention recently.
高速切削技术是先进制造技术的重要组成部分。
The high-speed cutting technique is an important component of the advanced manufacturing techniques.
新一代切削技术；
切削热与切削温度的产生和影响是高速切削技术研究的重要内容。
Cutting heat, cutting temperature and their effects are the important research contents of high speed cutting technology.
文章阐述了传统切削液的现状及使用特点和新型切削技术及其发展趋势。
This article has explained the current situation and characteristics of traditional cutting fluid and the new cutting technology and its development trend.
金属切削技术是利用各种不同的加工方法去除工件材料，获得最终所需的几何形状。
In metal cutting, tools and workparts must have certain relative movements during processing in order to achieve geometry needed. The movements include main movement and feed movement.
着重介绍了高速切削的特点及应用领域，并对学习掌握高速切削技术提出一些建议。
The paper focuses on the characteristic and application field. Some Suggestions for learning and mastering high-speed cutting technology are presented.
微细切削技术是面向金属与合金等非硅材料微小型结构件精密加工需求的关键技术。
Micro-cutting technology is the key technology for the precision machining of microstructure which is usually made of non-silicon materials such as metal and alloy.
介绍了干切削技术的特点及其对机床设备、刀具等方面的要求；干切削技术在国外的应用。
This article introduces the features of dry cutting, its requirements to machining devices and cutting tools and the applications of such technology abroad as well.
作为先进制造技术，高速切削技术能大幅度地提高加工品质和加工效率，并能降低加工成本。
As one of the advanced manufacturing technologies, high speed cutting technology can improve the machining quality and efficiency enormously, and can reduce machining cost.
简要介绍了加热切削技术及其现状，叙述了加热切削技术的研究目标、关键技术和应用前景。
Heating cutting technology and the present state are briefly introduced. The research object, key technique and the application prospect of this technology are described.
介绍了刀具材料、可转位刀具、双向定位刀夹、干式切削、硬态切削等切削技术方面的新进展。
Presented in this paper is a new advance in cutting tool material, index cutting tool, cutter holder for bidirection fixed position, dry type cutting, hard stale cutting etc.
论文介绍了高速切削技术，以及高速切削技术要求的高速切削刀具，特别说明的是高速切削铣刀；
The high speed cutting technology and the high speed cutting tools, especially indexable milling cutter are introduced on the paper.
对绿色切削技术应用的必要性、绿色切削的工艺和绿色切削的关键技术进行了全面的论述和研究。
The green cutting is the inevitable trend of cutting technology developments. The need, the techniques, the key technologies of the green cutting are comprehensively shown and researched.
文中介绍了高速干切削技术研究现状，对实现高速干切削的机床技术和刀具技术进行了系统的阐述。
This paper introduces the present research state, the machine tools and the cutting tools technology in the high speed dry cutting.
着重讨论了实现干切削的主要难点、干切削技术对机床的设计要求，以及机床实现干切削的辅助方法。
Argument the drying cutting mainly difficulty, the design specification to dry cutting machine tool, and the back method of machine tool realizes drying cutting.
本文介绍了高速切削的特点、程序编制的方法及应用领域，同时对高速切削技术的应用提出一些建议。
The paper introduced on the characteristic and the method of numerical control programming technique for high speed milling and application field.
采用导电加热切削技术切削淬硬钢的特点在于：可以采用普通机床、硬质合金刀具对淬硬钢进行硬车削加工。
The feature of machining harden steel by means of EHM are: it can utilize the carbide tool to machine the harden steel in engine lathe.
文中分析了干式切削加工对刀具的要求，讨论了刀具材料的选择，并结合实例分析了干式切削技术在铣削中的应用。
In this paper, we analyze the demand on cutting tool for dry machining and discuss the select of tool material. We present the dry machining application in milling with example.
高速干切削技术作为一种新型的绿色制造技术，不仅能避免切削液对环境的污染，而且能大幅度降低产品的生产成本。
As a kind of new green manufacture technology, the high speed dry cutting can not only avoid the environment pollution of the cutting coolant but also effectively decrease the production cost.
同时，在大量工艺试验研究的基础上，得到了大量的工艺效果并研制出了各种振动切削装备，逐步使振动切削技术走向实用化。
A lot of excellent effects have been investigated, and multiform vibration cutting equipments have been developed, so that the practical vibration cutting technology has been applied gradually.
对面向绿色制造的高速干式滚齿机的干式切削加工技术进行研究。
The study of the working technology of a high-speed dry-cutting gear hobber with green performance.
我们的开发技术和工艺保证了锯片和其它切削工具获得了最锋利的刃口。
U. S. to develop technology and processes to ensure that the saw blade and other cutting instrument was the most sharp edge.
边缘锐化：用于在分割下切削几何体上的过渡边缘的提示和技术。
Edge Sharpening: Tips and techniques for cutting transitional edges on geometry under subdivision.
壳牌油性金属切削油，采用最新的添加剂技术配制而成，具有以下优点。
Shell neat cutting oils are formulated using the latest additive technology and offer the following advantages.
在切削颤振的预报技术方面，本文系统地讨论了切削振动响应在颤振建立过程中的特征表达问题。
For the early forecasting of cutting chatter this dissertation systematically discusses the characteristic representation of cutting vibration response in chatter development.
通过刀具管理，您可以采用最优化的切削刀具技术并且使您的收益最大化。我们通过以下方式提高您的市场竞争力。
With tool management you can adopt the most optimised cutting tool technology and maximise your return. We can improve your marketing competitiveness by following activities.
对大批量生产的机械加工企业中所采用的切削液处理中心技术及其设备的选型和应用作了详细的介绍。
The technology and its application and the equipment selection for cutting fluid processing center in the enterprise with high volume machining production are introduced in detail in this paper.
本文从机床、刀具、工件、工艺等方面讨论了高速切削的技术开发情况。
This paper discusses the development of the high-speed cutting technology in respect to the machine tool, cutting tool, workpiece and process.
本文从机床、刀具、工件、工艺等方面讨论了高速切削的技术开发情况。
This paper discusses the development of the high-speed cutting technology in respect to the machine tool, cutting tool, workpiece and process.
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