15% cost and weight improvement of composite tanks for hydrogen-powered mobility

15% cost and weight improvement of composite tanks for hydrogen-powered mobility Composite pressure vessels are the key storage system for hydrogen-powered mobility. Maintaining high pressure of up to 700 bars, the cylindrical tanks store the hydrogen used in fuel cell-powered electric vehicles like trucks, busses, trains and passenger cars. The main cost driver of the…

SAMBA Step system to extend research opportunities for Materials Resource Management in Augsburg

SAMBA Step system to extend research opportunities for Materials Resource Management in Augsburg Augsburg University and Augsburg University of Applied Sciences rely on Fiber Patch Placement technology for R&D in the fields of Artificial intelligence (AI) and new materials. Cevotec’s SAMBA Step system is operational from August 2021 at the recently opened building Materials Resource…

New R&D collaboration MAI ACoSaLUS – Automated Composite Sandwich Lay-Up System

New R&D collaboration MAI ACoSaLUS – Automated Composite Sandwich Lay-Up System Together with GKN Aerospace Deutschland GmbH, TUM – Chair of Carbon Composites, SGL Carbon, Augsburg University of Applied Sciences, and under the co-founding authority of Bavarian Ministry of Economic Affairs, Regional Development and Energy, Cevotec started a pioneering R&D project: The full automation of…

R&D project: MAI ACoSaLUS (Automated Composite Sandwich Lay-Up System)

R&D project: MAI ACoSaLUS (Automated Composite Sandwich Lay-Up System) Research and development of automation techniques for the efficient production of composite sandwich components with new and further to be developed processes, methods, and materials.     Fiber Patch Placement for the efficient production of composite sandwich parts: Automatization of the production of composite sandwich parts…