6-Axis Control Finishing of Workpiece with Sculptured Surface.
6-Axis Control Finishing of Workpiece with Sculptured Surface.
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具有雕刻表面的工件的 6 轴控制精加工。
DOI：
10.2493/jjspe.60.1786
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发表时间：
1994
影响因子：
--
通讯作者：
M. Sato
中科院分区：
文献类型：
--
作者：
Y. Takeuchi;M. Yokoyama;T. Hisaki;Hiroshi Suzuki;M. Sato
研究涉及一种新的加工概念，利用六轴控制。6-轴控制意味着切削工具允许用于定位的三个旋转运动以及三个平移运动。开发了一种六轴联动加工中心，在传统的五轴联动结构基础上，增加了一个可进行刀具定位的主轴。非旋转刀具安装在主轴上，可进行6轴控制加工，从而实现多种加工可能性。在研究中，提出了一个控制软件，以完成与粗镐进给加工雕塑表面的工件与切削实验。结果表明，六轴联动加工揭示了有效精加工的可能性。
The study deals with a new machining concept by making use of 6-axis control. 6-axis control implies that a cutting tool allows three rotational movements for positioning as well as three translational ones. A 6-axis control machining center equipped with a main spindle capable of tool orientation in addition to conventional 5-axis control structure is developed. A non-rotational cutting tool is mounted at the main spindle to carry out 6-axis control machining, which allows a variety of machining possibilities. In the study, a control software to finish workpieces with sculptured surface in the coarse pickfeed is presented together with cutting experiments. As a result, it is found that 6-axis control machining reveals the possibility of effective finishing.