The concept of cutting tool life-cycle management was put forward, and divided it into four phases: planning period, input time, serviceable life and discarding period.
提出了刀具全生命周期管理的概念，将刀具全寿命周期管理划分为计划期、投入期、使用期、报废期四个阶段。
In many cases of stainless steel cutting operations with carbide tools, a tool life strongly depends on flank notch wear of depth of cut rather than average flank wear of main cutting edge.
硬质合金刀具在不锈钢加工中，其刀具耐用度主要是取决于后刀面边界磨损而不是主切削刃后刀面的平均磨损量。
Since only a few of the cutting edges are engaged with the workpiece at a time, heavy cuts can be taken without adversely affecting the tool life.
由于同一时间只有部分切削刃切削工件，因此可以在对刀具寿命没有不利影响的情况下承担重型切削。
Fortunately, the correct cutting speed can estimated with reasonable accuracy from tool-life graphs or form the Taylor tool life Relationship, provided that necessary data are obtainable.
幸运的是，合适的切削速度可以从刀具寿命表或泰勒刀具寿命关系中以合理的精度评估，证明了必然的数据是可以获得的。
Increasing the diamond concentration by providing more cutting points will make the bond act harder while also increasing diamond tool life.
金刚石浓度增加将提供更多的切入点，同时也使债券的行为越来越难钻石工具生活。
Fortunately, the correct cutting speed can be estimated with reasonable accuracy from tool-life graphs or from the Taylor tool life Relationship, provided that necessary data are obtainable.
幸好，正确的切割速度可以根据刀具寿命表或者刀具寿命泰勒方程估算出来，并有一定的合理精度，如果在必要的数据都具备的前提下。
High speed, heavy cutting and difficult processing materials in the best assistants, can significantly improve the processing quality, prolong tool life, improve the production efficiency.
是高速、重切削以及难加工材料的最佳助手，可明显提高加工质量，延长刀具寿命，提高生产效率。
Enlarging the clearance of gear shaping cutter can improve efficiently its cutting condition, the gear surface quality and tool life.
加大插齿刀后角可以有效改善插齿刀的切削条件，提高齿表面加工质量和延长刀具使用寿命。
The cutting tool material should therefore have high abrasion resistance to improve the effective life of the tool.
因此切削刀具材料应具有高耐磨性以提高刀具的有效寿命。
The RCI of tool life is obtained by the power signal, the Taylor formula, the database of cutting parameters and cutting time.
刀具寿命相对消耗量是利用功率信号、泰勒公式、切削工艺参数库以及在线获取的实际切削时间来获取的。
Cutting temperature has direct effects on not only tool wear and tool life but also machining accuracy and quality of machined surfaces.
切削温度不仅直接影响刀具的磨损和耐用度，而且也影响工件的加工精度和已加工表面质量。
By analyzing the results of the experiments, it is considered that flank surface quality of PCD cutting tool directly influences machined surface quality, but has few effects on cutting tool's life.
通过对切削试验结果的分析，认为PCD刀具后刀面刃磨质量直接影响切削表面质量，而对PC D刀具寿命的影响则相对较小。
On the basis of experiments and the conversation law of optimal cutting temperature, the equation of maxim dimension tool life is derived and the relation parameters of the equation are also given.
在实验研究的基础上，推导了基于最佳切削温度守恒定律的刀具最大尺寸使用寿命方程并给出了相关参数。
The cutting experiments show that in cutting of quenched steel the tool life of this cutter is longer than that of uncoated cutting tool.
将氮化碳涂层刀具应用于干切削领域，通过对淬火钢的干式切削试验，研究氮化碳涂层刀具的切削加工性能。
In the traditional titanium alloy processing, because both cutting speed and tool life are lower, the cutting efficiency is lower.
在传统的钛合金加工中，由于切削速度低、刀具耐用度低，导致加工效率低。
When cooling by emulsion, tool life is greatly improved, about 3 times of dry cutting.
乳化液冷却下，刀具寿命有很大提高，约为干切条件下的3倍。
Cutting tool's structure, especially its tool edge preparation, becomes one of the key factors that influence the tool life and improve machining efficiency.
刀具刃口钝化结构成为保证刀具寿命、提高加工效率的一个十分重要的因素。
Cutting with magnetic field is enable to make cutting force shrinking, longer tool life, lower cost and machining quality improved obviously.
带磁切削能有效减小切削力，提高刀具耐用度，改善表面加工质量。
According to the analysis, this process improves not only the tool precision and its machining precision, but also the tool cutting life.
通过分析，此工艺不仅提高了刀具的精度，还提高了刀具寿命。
Cutting tool self cooling function, but large scale enhances the cutting tool service life, reduces the cutting tool to lose, reduces the cost.
刀具自动冷却功能，可大幅度的提高刀具使用寿命，减少刀具损耗，降低成本。
Instead of sulfide cutting oil, all kinds of metal processing, can reduce the workpiece roughness, extend tool life, cutting efficiency is improved by more than 60%.
可代替硫化切削油，对各种金属加工，可降低工件粗糙度，延长刀具寿命，切削效率提高60%以上。
In the traditional titanium alloy process the cutting efficiency is lower, this is because both cutting speed and tool life are lower and machine power is not enough.
传统的钛合金加工工艺因其切削速度低、刀具耐用度低、机床功率不足的缺陷，导致了加工效率低。
The cutting test shows that the cutting life of diamond-coated tool is about 24 times than that of uncoated one.
切削实验表明，涂层刀具的切削寿命是未涂层刀具的2 4倍左右，在国内处于领先的水平。
The results showed that the steel after combined treatment had higher surface hardness and wear resistance, and prolonged the service life of cutting tool.
结果表明，该钢经复合处理后，具有较好的表面硬度和良好的耐磨性，显著地增加了刀具的使用寿命。
This paper introduces the green character of green cutting tool and the system of life cycle design, and is reachearched the design analysis of green cutting tool in this paper.
本文介绍了绿色刀具的绿色特性和生命周期设计体系，并研讨了绿色刀具的设计分析。
On the basis of experiments and the conversation law of optimal cutting temperature, the equation of maxim dimension tool life is derived and the relation parameters of the equation are also given.
通过对刀具使用寿命特性的分析，在实验研究的基础上，推导了基于最佳切削温度守恒定律的刀具最大尺寸使用寿命方程。
Under dry cutting state, tool life is affected mostly by cutting depth.
在干切状态下，切削深度对刀具寿命影响最大。
Under dry cutting state, tool life is affected mostly by cutting depth.
在干切状态下，切削深度对刀具寿命影响最大。
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