Reverse engineering From computer tomography to rapid prototyping

机译：从计算机断层扫描到快速原型的逆向工程

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The need to speed to market is pushing the engineering design threshold to new levels. Three dimensional digitizing is a common industrial method for capturing complesx surface geometry. The most widely used methods are non-contact and contact systems. Each technology comes with its own set of strengths and limitations. The common challenge is to convert the geometrical data into a format acceptable to the CAD software. CT technology proves to be one of the most effective method to reach this target, especially when the shape of the component is very complex or internal features are to be detected. More the CT scanning strategy helps to obtain in a straight-forward way STL files for Rapid Prototyping. Industrial case studies are discussed.

机译：需要速度到市场正在推动工程设计阈值到新的水平。三维数字化是捕获Complesx表面几何形状的常见工业方法。最广泛使用的方法是非接触和接触系统。每种技术都有自己的一系列优势和局限性。共同挑战是将几何数据转换为CAD软件可接受的格式。 CT技术被证明是达到该目标的最有效的方法之一，特别是当组件的形状非常复杂或者要检测内部特征时。更多CT扫描策略有助于以直接方式获得STL文件，以便快速原型设计。讨论了工业案例研究。

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来源
《International conference on advanced manufacturing systems and technology》|1999年||共8页
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作者
G. Marinsek; S. Paolasini; International Centre for Mechanical Sciences;
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原文格式 PDF
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中图分类机械制造工艺;
关键词
Reverse Engineering; Computer tomography; Rapid prototyping;

机译：逆向工程;计算机断层扫描;快速原型设计;

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Reverse engineering From computer tomography to rapid prototyping

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