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CAD/CAM interface designing of excimer laser micro-processing system

机译:准分子激光微处理系统的CAD / CAM界面设计

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Recently CAD/CAM technology has been gradually used in the field of laser processing. The excimer laser micro-processing system just identified G instruction before CAD/CAM interface was designed. However the course of designing a part with G instruction for users is too hard. The efficiency is low and probability of making errors is high. By secondary development technology of AutoCAD with Visual Basic, an application was developed to pick-up each entity's information in graph and convert them to each entity's processing parameters. Also an additional function was added into former controlling software to identify these processing parameters of each entity and realize continue processing of graphic. Based on the above CAD/CAM interface, Users can design a part in AutoCAD instead of using G instruction. The period of designing a part is sharply shortened. This new way of design greatly guarantees the processing parameters of the part is right and exclusive. The processing of complex novel bio-chip has been realized by this new function.
机译:最近,CAD / CAM技术已逐渐用于激光加工领域。准分子激光微处理系统在设计CAD / CAM接口之前就识别出了G指令。但是,为用户设计带有G指令的零件的过程太困难了。效率低,出错的可能性高。通过AutoCAD和Visual Basic的二次开发技术,开发了一个应用程序来提取图中的每个实体信息并将其转换为每个实体的处理参数。此外,在以前的控制软件中还添加了一个附加功能,以识别每个实体的这些处理参数并实现图形的连续处理。基于以上CAD / CAM界面,用户可以在AutoCAD中设计零件,而无需使用G指令。设计零件的时间大大缩短了。这种新的设计方式极大地保证了零件的加工参数正确且排他。这项新功能已经实现了对复杂的新型生物芯片的处理。

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