1. 3D‐Druck für Hochvakuumanwendungen: Herstellung und Test von Komponenten sowie Rezipienten mit funktionalem Design.
- Author
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Wolf, Christian, Prechtl, Martin, Bauer, René, Dinkel, Michael, Beck, Fabian, Franz, Leopold, and Neumeyer, Viktor
- Subjects
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THREE-dimensional printing , *CHANNEL flow , *MANUFACTURING processes , *VACUUM chambers , *GROWTH rate , *METALS - Abstract
Summary: 3D‐Printing for High Vacuum Applications 3D printing technology has made the leap from a home‐based private practice to industrial manufacturing. Due to the increasing reliability of printers and increasing material diversity, especially in the metal sector, double‐digit percentage growth rates are possible in the coming years. This thesis deals with the manufacture of parts made by 3D printing for high vacuum application. Different components are printed and examined for their vacuum compatibility. As shown furthermore, conventionally made standard components can be vacuum sealed to printed parts, which enables cost‐effective production of more complex components, such as e.g. a vacuum chamber allows. In addition, functional components can already be realized in the manufacturing process. The integration of a system of flow channels directly into the wall of a chamber is just one example. Thus, such a chamber can be heated during evacuation and effectively cool in later operation. [ABSTRACT FROM AUTHOR]
- Published
- 2023
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