Improving 3D Printing Laboratory Operations: A Case Study of Lean Six Sigma Implementation

Octavio Zavala Castro, H. Wan
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Abstract

Managing a three-dimensional (3D) printing facility was found to be more challenging than using the technology. Our research laboratory provides 3D printing services to students and faculty who need the technology to fulfill their education or research objectives. Students enrolled in Senior Design classes, in particular, rely on the availability of services to support their capstone projects. While demand increases, the laboratory becomes less efficient and sometimes chaotic. To improve the operations, Lean Six Sigma methods were applied to enhance effectiveness and efficiency. Through a DMAIC project, we enhanced the availability of resources for requestors and prevented delay or accumulation of work. The new operating procedures enabled the laboratory to provide quicker services with fewer mistakes. This case study demonstrates that Lean Six Sigma is not only useful in manufacturing but also in research and educational settings.
改进3D打印实验室操作:精益六西格玛实施案例研究
管理一个三维(3D)打印设施被发现比使用该技术更具挑战性。我们的研究实验室为需要3D打印技术来实现其教育或研究目标的学生和教师提供3D打印服务。参加高级设计课程的学生,尤其依赖于服务的可用性来支持他们的顶点项目。在需求增加的同时,实验室的效率却降低了,有时甚至变得混乱。为了改善运营,精益六西格玛方法被应用于提高有效性和效率。通过DMAIC项目,我们增强了请求者的资源可用性,并防止了工作的延迟或积累。新的操作程序使实验室能够以更少的错误提供更快的服务。本案例研究表明,精益六西格玛不仅适用于制造业,也适用于研究和教育领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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