6-Axis control sculptured surface finishing by varying cutting edge curvature due to change in tool attitude

Kazuhiro Wada; Yoshimi Takeuchi

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6-Axis control sculptured surface finishing by varying cutting edge curvature due to change in tool attitude

机译：通过改变刀刃的弯曲度来控制六轴雕刻表面的加工

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6-Axis control machining by use of non-rotational cutting tools offers a variety of machining possibilities in combination with the conventional machining by use of rotational cutting tools. The study deals with sculptured surface finishing as one of typical 6-axis control machining applications, where a non-rotational cutting tool is fed along sculptured surfaces to finish a workpiece with the cusp height as low as possible. The machining by use of ball end mills often requires the tool change to adapt their cutting edge radius to a surface curvature of workpieces to be machined, which leads to the deterioration of surface quality.

机译：通过使用非旋转切削刀具进行的六轴控制加工，与使用旋转切削刀具进行的常规加工相结合，提供了多种加工可能性。这项研究将雕刻表面精加工作为典型的6轴控制加工应用之一，其中沿雕刻表面进给非旋转切削刀具，以使工件的尖端高度尽可能低。使用球头立铣刀进行机械加工通常需要更换工具，以使其切削刃半径适应要加工的工件的表面曲率，这导致表面质量下降。

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来源
《精密工学会誌》 |1997年第6期|p.874-878|共5页
作者
Kazuhiro Wada; Yoshimi Takeuchi;
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原文格式 PDF
正文语种 jpn
中图分类机械制造工艺;仪器、仪表;
关键词
6-axis control finishing; non-rotational tool; sculptured surface;

机译：6轴控制精加工;非旋转工具;雕刻表面;

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专利

1. 6-Axis control ultraprecision microgrooving on sculptured surfaces with non-rotational cutting tool [J] . Y. Takeuchi, Y. Yoneyama, T. Ishida, CIRP Annals . 2009,第1aCDaROM期

机译：使用非旋转切割工具在雕刻表面上进行6轴控制超精密微刻槽
2. Extraction of surface curvatures from tool path data and prediction of cutting forces in the finish milling of sculptured surfaces [J] . Ghorbani Mohammad, Movahhedy Mohammad R. Journal of Manufacturing Processes . 2019,第Sepa期

机译：从刀具路径数据中提取表面曲率并预测雕刻表面的精铣削中的切削力
3. Optimized change of the cutting tool model for the analysis of tool wear when machining sculptured surfaces [J] . H. Schulz, Th. Finzer Werkstattstechnik . 1999,第7a8期

机译：优化了刀具模型的更改，以分析加工雕刻表面时的刀具磨损
4. 6-Axis Control Ultraprecision Microgrooving on Sculptured Surfaces with Non-rotational Cutting Tool [C] . Y. Takeuchi, Y. Yoneyama, T. Ishida, International Conference of the European Society for Precision Engineering and Nanotechnology vol.2; 20060528-0601; Vienna(AT) . 2006

机译：使用非旋转切削工具在雕刻表面上进行六轴控制超精密微刻槽
5. Effects of some machining variables on tool wear, surface finish, dimensional error and cutting power in turning gray cast iron using CBN and ceramic tools. [D] . Sungkhapong, Angoon. 2000

机译：在使用CBN和陶瓷工具车削灰口铸铁时，某些加工变量对工具磨损，表面光洁度，尺寸误差和切削能力的影响。
6. The Influence of Tool Path Strategies on Cutting Force and Surface Texture during Ball End Milling of Low Curvature Convex Surfaces [O] . Shaghayegh Shajari, Mohammad Hossein Sadeghi, Hamed Hassanpour -1

机译：低曲率凸面球头铣削中刀具路径策略对切削力和表面纹理的影响
7. 6-axis Control Ultraprecision Microgrooving on Sculptured Surfaces with Non-rotational Cutting Tool [O] . Yosuke YONEYAMA, Tohru ISHIDA, Tomohiko KAWAI, 2006

机译：具有非旋转切割工具的雕刻表面上的6轴控制超高微换机
8. Cutting Forces and Surface Finish When Broaching Titanium with High-Speed-Steel Tools [R] . Colwell, L. V., McKee, R. E. 1953

机译：用高速钢工具拉削钛时的切削力和表面光洁度

6-Axis control sculptured surface finishing by varying cutting edge curvature due to change in tool attitude

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