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Optical design and Initial Results from The National Institute of Standards and Technology’s AMMT/TEMPS Facility

机译:美国国家标准技术研究院AMMT / TEMPS设施的光学设计和初步结果

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摘要

The National Institute of Standards and Technology’s (NIST) Physical Measurement and Engineering Laboratories are jointly developing the Additive Manufacturing Measurement Testbed (AMMT)/ Temperature and Emittance of Melts, Powders and Solids (TEMPS) facilities. These facilities will be co-located on an open architecture laser-based powder bed fusion system allowing users full access to the system’s operation parameters. This will provide users with access to machine-independent monitoring and control of the powder bed fusion process.In this paper there will be emphasis on the AMMT, which incorporates in-line visible light collection optics for monitoring and feedback control of the powder bed fusion process. We shall present an overview of the AMMT/TEMPS program and its goals. The optical and mechanical design of the open architecture powder-bed fusion system and the AMMT will also be described. In addition, preliminary measurement results from the system along with the current status of the system will be described.
机译:美国国家标准技术研究院(NIST)物理测量和工程实验室正在联合开发“增材制造测量测试台(AMMT)/熔体,粉末和固体的温度和发射率(TEMPS)”设施。这些设施将位于一个开放式的基于激光的粉末床融合系统上,从而使用户可以完全访问系统的运行参数。这将为用户提供对粉末床熔化过程的独立于机器的监视和控制的访问权限。在本文中,将重点介绍AMMT,它结合了在线可见光收集光学器件,用于对粉末床熔化进行监视和反馈控制。处理。我们将概述AMMT / TEMPS计划及其目标。也将描述开放式结构粉末床融合系统和AMMT的光学和机械设计。另外,将描述来自系统的初步测量结果以及系统的当前状态。

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