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Precision Rotary Swaging of Tubular Automotive Components - New Applications, Manufactured on Automatic Transfer Lines
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English
Abstract
Precision Rotary Swaging is a cost effective, material and weight saving forming process for reducing cross sections at rods, tubes and similar blanks consisting of nearly any metal that is suited for cold forming.
Sequential to the description of the functional concept, advantages and principal working methods of the Rotary Swaging process, this paper describes many different manufacturing applications in the automotive industry.
The manufacture of swaged tubular automotive components, such as drive shafts, shock absorber pistons, seat recliner adjustment and head rest parts, electric motor-, alternator- and starter shafts etc. are included, as well as the currently largest Precision Rotary Swaging Transfer Line producing finished passenger car steering columns.
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Authors
Citation
Rauschnabel, E. and Bella, E., "Precision Rotary Swaging of Tubular Automotive Components - New Applications, Manufactured on Automatic Transfer Lines," SAE Technical Paper 920786, 1992, https://doi.org/10.4271/920786.Also In
References
- German Standards: DIN 8583, 3 and 4 Beuth Verlag Berlin, Köln 1970
- FELSS Company brochure: Precision Rotary Swaging Germany
- Bella, E Precision Rotary Swaging Transfer Lines for the Automatic Production of Tubular Automotive components SAE Technical Paper Series, paper no. 90 02 96 USA 1990
- Metals handbook 4 Forming American Society for Metals Metals Park / OH, USA 1977