＜正＞ The 5-axis NC machining offers the potential of efficient and accurate machining. However, the present CAM system for 5-axis control is still an unsolved problem due to interference between tool and surrounding objects. A new method is presented. There are two steps in this procedure. First, it detects the interference by calculating the shortest distance between the tool-axis and the surrounding surfaces. Then upon the maximum gouging, the interference-free tool posture for 5-axis NC cylindrical milling free-form surfaces is obtained by adjusting tool. The validity of the proposed method has been confirmed by machining an impeller.
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机译：A Study on Focused Ion Beam (FIB) Milling Machining and Fabrication Technology of Nano-Scale Diamond Tool for Machining Fine-Patterns in a Free-Form Surfaces
机译：Achieving a 'mirror finish': Horn diamond tooling enables German company to mill valve-mating surfaces to a finish of Ra 12nm: Horn diamond tooling enables German company to mill valve-mating surfaces to a finish of Ra 12nm
机译：Researcher from Soochow University Reports on Findings in Robotics (Ball-End Cutting Tool Posture Optimization for Robot Surface Milling Considering Different Joint Load)
