Abstract
Avoiding the pitfalls rampant in exchanging CAD data is a must for efficient and timely product development. Conversion of geometric models may require subsequent repair operations within the receiving system. In the present contribution, a framework is presented for a prototype system TIT CADE which encompasses functionalities for CAD data exchange, repair and more. The system developed has been used for processing solids and surface models provided by industrial companies in several high-end CAD data formats. The purpose has been to improve the integrity of CAD data for subsequent engineering tasks such as the generation of STL data.
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