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Automated optical assembly

机译:自动化光学组件

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摘要

Automation and polymer science represent fundamental new technologies which can be directed toward realizing the goal of establishing a domestic, world-class, commercial optics business. Use of innovative optical designs using precision polymer optics will enable the US to play a vital role in the next generation of commercial optical products. The increased cost savings inherent in the utilization of optical-grade polymers outweighs almost every advantage of using glass for high volume situations. Optical designers must gain experience with combined refractive/diffractive designs and broaden their knowledge base regarding polymer technology beyond a cursory intellectual exercise. Implementation of a fully automated assembly system, combined with utilization of polymer optics, constitutes the type of integrated manufacturing process which will enable the US to successfully compete with the low-cost labor employed in the Far East, as well as to produce an equivalent product.
机译:自动化和聚合物科学代表了基本的新技术,可以指导实现建立国内,世界级商业光学业务的目标。使用精密聚合物光学器件的使用创新光学设计将使我们能够在下一代商业光学产品中发挥重要作用。在光学级聚合物的利用中固有的成本节约增加几乎将玻璃用于高音量情况的几乎所有优势。光学设计师必须获得组合屈光/衍射设计的经验,并扩大其关于聚合物技术的知识库,超出粗略智力练习。完全自动化组装系统的实施,结合使用聚合物光学器件,构成了综合制造过程的类型,使美国能够成功地竞争远东所采用的低成本劳动力,以及生产同等产品。

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