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Democratizing science with the aid of parametric design and additive manufacturing: Design and fabrication of a versatile and low-cost optical instrument for scattering measurement

机译:通过参数化设计和增材制造使科学民主化:用于散射测量的多功能,低成本光学仪器的设计和制造

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摘要

This paper focuses on the application of rapid prototyping techniques using additive manufacturing in combination with parametric design to create low-cost, yet accurate and reliable instruments. The methodology followed makes it possible to make instruments with a degree of customization until now available only to a narrow audience, helping democratize science. The proposal discusses a holistic design-for-manufacturing approach that comprises advanced modeling techniques, open-source design strategies, and an optimization algorithm using free parametric software for both professional and educational purposes. The design and fabrication of an instrument for scattering measurement is used as a case of study to present the previous concepts.
机译:本文重点介绍快速原型技术的应用,该技术将增材制造与参数设计相结合,以创建低成本,准确而可靠的仪器。所采用的方法论使制作具有一定程度定制化的仪器成为可能,直到现在只有少数受众才可以使用,从而使科学民主化。该提案讨论了一种整体制造设计方法,该方法包括先进的建模技术,开源设计策略以及使用免费参数软件进行专业和教育用途的优化算法。以散射测量仪器的设计和制造为例,介绍了先前的概念。

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