枪钻是一种广泛应用的孔加工刀具。
Gun drill is a kind of extensively used hole-machining tool.
这种刀具也是一个很好的精加工刀具。
不可以设置加工刀具的最大侧倾角度。
There is no possibility of setting maximum lean angles for the machine tool.
钻是机械加工中使用量较大的一种加工刀具。
设置加工刀具路径。
可是在塑性材料加工时，造成表面光洁度和刀具寿命低。
However, in case of ductile materials they cause poor surface finish and low tool life.
严禁使用刀刃磨损的刀具进行加工。
在齿轮加工过程中，刀具及夹具的设计也尤为重要。
During the procedure, the design of grip and cutter is also important.
在加工过程重全面控制每把刀具，包括行程方向及板材的起始角。
Have total control over each tool, including travel direction and sheet starting corner curing sequencing.
我们跟踪刀具寿命、控制并降低单件加工成本。
We can monitor tool life, control the processes and reduce the tool cost per piece.
优秀的刀具和金属加工的知识。
Strong knowledge in Tooling technology and metal machining process.
刀具直径大，切割速度高，加工质量好。
Large tool diameter, high milling speed and good processing quality.
刀具的磨损和破损是切削加工研究的重点。
The cutting abrasion of tools is the focus in cutting study.
烧结金刚石几乎是能胜任其切削加工的唯一刀具材料。
It indicated that the synthetic diamond tool is almost the only suitable cutting tool.
数控加工过程中，CAM系统生成的刀具轨迹会直接影响加工的质量、时间等多个方面。
The tool path calculated by CAM system will affect machining quality and time directly.
从刀具选型、加工参数和经济性方面支持工艺工程师进行工艺规划；
Support process engineer to plan the process about choosing tools, cutting parameter and cost;
对机械加工时刀具的选择及切削参数的选择给出了明确方案。
The specific scheme has been given for selecting the cutting tool and parameter.
刀具直径大，切割速度高，加工面质量好。
Large diameter of milling knives, high speed milling, good quality milling profile surface.
确保刀具的使用寿命同加工工件的品质完美。
Guarantees the cutting tools 'use life and products 'perfect quality.
本文分析了链轮加工的常用方法 ，设计了专用链轮铣削刀具。
The technological property of the chain wheel of the torsion-limiting device is analyzed.
本文分析了链轮加工的常用方法 ，设计了专用链轮铣削刀具。
The technological property of the chain wheel of the torsion-limiting device is analyzed.
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