Direct Interpolation of Tool Orientation in 5-Axis Milling

Author:

Shen Bin1,Qi Dang Jin1,Fan Liu Qun1,Zhu Zhi Hao2

Affiliation:

1. Tongji University

2. Tongji-SMTCL Research Institute

Abstract

By circumference milling with 5-axis machine or machining center has quite the machining efficiency and the surface quality of the products been improved. But when inclined inside surface of cavity is circumference milled with the default linear interpolation of rotation angle algorithm, it results in a serious non-linear error, which takes on over cutting or under cutting, e.g. the inclined plane will be over milled by the machine with dual swivel-head machining center. In order to resolve this problem, the direct interpolation algorithm of tool orientation is developed after analyzing the algorithm of linear interpolation of rotation angles and its non-linear error is. The algorithm is reported and tested with the object of a machine with AB-axis swivel head. The testing results proved that it can resolve the problem of non-linear error.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference15 articles.

1. Chen Liangji. Study on generation of 5-axis tool path and interpolation. Intellectual Property Publishing House. 2008. 1.

2. Siemens AG. Function Manual: SINUMERIK 840D sl Special Functions, 2009. 03.

3. Siemens AG. Milling with SINUMERIK: 5-axis machining manual, 2009. 05.

4. Heidenhain AG. User's Manual: HEIDENHAIN Conversational iTNC 530, 2008. 12.

5. FANUC LTD. FANUC Series 30i/31i/32i-Model A, 2009. 09.

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