Relativity Space, Inc. (20240293887). Systems and Methods for Welding Using Cryogenic Sources simplified abstract
Contents
Systems and Methods for Welding Using Cryogenic Sources
Organization Name
Inventor(s)
Michael Reid of Long Beach CA (US)
Fritz Gruber of Long Beach CA (US)
Jeremy Krol of Long Beach CA (US)
Jenna Johns of Long Beach CA (US)
Systems and Methods for Welding Using Cryogenic Sources - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240293887 titled 'Systems and Methods for Welding Using Cryogenic Sources
The abstract of the patent application discusses the use of cryogenic sources for shielding in wire-based additive manufacturing processes. Cryogenic shielding offers improved shielding during printing and more efficient cooling compared to regular room temperature shielding gas. It can also extend the nozzle run time by preventing spatter build-up in nozzles and can be used for active part cooling and/or active weld puddle cooling.
- Cryogenic sources can be used for shielding in wire-based additive manufacturing.
- Cryogenic shielding provides better shielding during printing compared to regular room temperature shielding gas.
- Cryogenic shielding offers more efficient cooling.
- Cryogenic shielding can extend the nozzle run time by preventing spatter build-up.
- Cryogenic sources can also be used for active part cooling and/or active weld puddle cooling.
Potential Applications: - Wire-based additive manufacturing processes - Metal 3D printing - Welding applications
Problems Solved: - Improved shielding during printing - Preventing spatter build-up in nozzles - Efficient cooling
Benefits: - Enhanced printing quality - Extended nozzle run time - Improved efficiency in cooling processes
Commercial Applications: - Manufacturing industries - Aerospace sector - Automotive industry
Questions about Cryogenic Shielding: 1. How does cryogenic shielding improve the efficiency of cooling in additive manufacturing processes? 2. What are the potential cost implications of implementing cryogenic shielding in industrial settings?
Frequently Updated Research: - Ongoing studies on the impact of cryogenic shielding on the quality of 3D printed metal parts.
Original Abstract Submitted
cryogenic sources can be used for shielding in wire-based additive manufacturing. cryogenic shielding can provide better shielding during print, as well as more efficient cooling compared to using regular room temperature shielding gas. cryogenic shielding can extend the nozzle run time by preventing spatter build up in nozzles. cryogenic sources also can be used for active part cooling and/or active weld puddle cooling.
