2) cutter path
刀具路径
1.
In conclusion, where long tool life, high volume of metal removed, short machining times and high volumetric removal rates were concerned, raster cutter path strategy was the most favourable at all high axial depths of cut employed.
研究结果表明,在高轴向切削深度情况下,选择往复行切刀具路径方案最为有利,从而使刀具寿命长、金属切削量大、切削加工时间短、金属体积去除率高。
2.
In this paper, the path forming process of grooving cutter in software of Master-CAM is introduced and cutter paths of different kinds of pockets are explained through some examples of complex parts.
本文主要介绍了MasterCAM软件对于铣槽加工刀具路径生成的过程,并通过复杂零件实例说明加工不同类型凹槽(Pocket)时的刀具路径,既考虑保证零件尺寸精度同时又能提高工效。
3) milling cutter radius
刀半径
4) Tool-path
刀具路径
1.
Application of MasterCAM Macros in Building Tool-path Template;
MasterCAM宏在生成刀具路径模板中的应用
2.
Firstly the free surface is analyzed to how to express inSTEP-NC; secondly the messages are abstracted from the STEP-NC program to generatetool-path automatically; finally the way to generation of tool path is validated by thesimulation.
在详细地分析了STEP-NC程序相对于G/M代码差异及优越性的基础上,深入地对基于STEP-NC的CNC系统中关键技术——刀具路径生成技术进行了研究。
3.
Methods and algorithms are proposed to develop NC cutter tool-path for Loop subdivision surfaces.
以Loop细分曲面为例,介绍了细分曲面的三轴数控刀具路径生成方法。
5) tool path
刀具路径
1.
The Technology of Tool Path Generation in Any Planar Region;
平面任意区域加工的刀具路径生成技术
2.
Generation algorithm of direction parallel tool path based on monotone list;
基于单调链的行切刀具路径生成算法
3.
How to Optimize the Cutting Tool Path in Milling Mold Surface by Using Ball-tool
浅谈球头铣刀加工曲面时刀具路径的优化
6) cutting tool radius
刀具半径
1.
A new concept of “maximum cutting tool radius” is presented for the first time.
建立了ZK蜗杆的数学模型 ,分析了加工ZK蜗杆时过渡曲线起始点随刀具半径的变化规律 ,首次提出了“最大刀具半径”的概念 ,给出了在不同蜗杆参数下“最大刀具半径”的数值。
补充资料：径路刀
1.匈奴宝刀名。意谓神刀。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条