Jubilee: A Case Study of Distributed Manufacturing in an Open Source Hardware Project

Kellie Dunn, Cynthia Feng, Nadya Peek
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Abstract

Manufacturing machines is a challenging task. High-volume sales can offset costs of production, but niche products struggle with viability. Distributed production—having people build their own niche products—is a possible alternative. We examine the Jubilee project, an Open Source Hardware machine with tool changing capability and multiple end effectors designed for distributed production using off-the-shelf and digitally fabricated parts. Since Jubilee’s 2019 release, we track its adoption, its online community, and people who have successfully built it. Through analysis of the Jubilee project including 170+ Jubilees built in the wild, interviews with 12 Jubilee builders, and its Github, Discord server, and Wiki, we investigate what aspects helped people produce complex hardware on their own and how they strengthened the design of the product in turn. We find that while self-production is challenging, it can be a viable alternative to traditional hardware manufacturing. Finally, we discuss recommendations for self-produced Open Source Hardware projects.
Jubilee:开源硬件项目中的分布式制造案例研究
制造机器是一项具有挑战性的任务。大批量销售可以抵消生产成本,但小众产品却难以生存。分布式生产——让人们生产自己的利基产品——是一种可能的选择。我们研究了Jubilee项目,这是一个开源硬件机器,具有刀具更换能力和多个末端执行器,专为使用现成的和数字制造的零件进行分布式生产而设计。自Jubilee 2019年发布以来,我们跟踪了它的采用情况、它的在线社区以及成功构建它的人。通过对Jubilee项目(包括170多个野外构建的Jubilee)的分析,对12位Jubilee建设者的采访,以及它的Github、Discord服务器和Wiki,我们调查了哪些方面有助于人们自己生产复杂的硬件,以及他们如何反过来加强产品的设计。我们发现,虽然自我生产具有挑战性,但它可以成为传统硬件制造的可行替代方案。最后,我们讨论了对自行生产的开源硬件项目的建议。
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