Light-weighting aerospace sandwich-structures

Light-weighting aerospace sandwich-structures Continuously striving for emissions reduction through more efficient structures, aerospace industry relies on the use of composite sandwich structures. Their excellent stiffness-to-weight ratio predestines these structures for weight-restricted applications like radomes, winglets, horizontal and vertical stabilisers, flight control surfaces, aerodynamic fairings or nacelle structures. But in producing all these components, the geometric…

Cevotec sets foot to China

Cevotec sets foot to China As part of a high-ranking delegation of German entrepreneurs and corporates in the aerospace sector, Cevotec took the opportunity in March 2019 to establish contacts with leading Chinese aviation companies. The “Aviation in China” business trip was conducted by Germany’s Federal Ministry for Economic Affairs and Energy led by Thomas…

Newsletter April

JEC World review, new SAMBA features and next events to meet each other   Dear friends of Fiber Patch Placement, JEC indeed was a success for Cevotec. Our showpieces at aero & space planet were photographed nearly as often as the Louvre, our booth Q73 was very frequently visited by current and future customers, and…

Cevotec successful at JEC World 2019 and joins Fiber Placement Center

Cevotec successful at JEC World 2019 and joins Fiber Placement Center Newest SAMBA features and stunning showpieces, demonstrating the capabilities of Fiber Patch Placement, fascinated visitors of the world’s leading composites trade show. “JEC World 2019 show was definitely a success for Cevotec”, states Thorsten Groene, Managing Director of Cevotec. “The newest SAMBA features and…

SAMBA Multi

Automated multi-material fiber placement by Cevotec at JEC World 2019

Automated multi-material fiber placement by Cevotec at JEC World 2019 SAMBA goes multi-material: At JEC World 2019 Cevotec presents latest Fiber Patch Placement developments. Featuring a multi-material feeding unit, SAMBA Multi production cells automate the time- and cost-intensive multi-material lay-up of aerospace sandwich components. Up to now, manufacturing multi-material components requires a lot of time-consuming…

Newsletter December

Winner of the JEC Innovation Award in Seoul, a case study on material efficiency, and a hands-on FPP seminar in 2019   Dear friends of Fiber Patch Placement, This fall, our FPP missionaries traveled the world in weekly cycles. As always, we are happy to share our experiences and the results with you. Our latest…

Operating box cover with Premium Aerotec

Operating box cover with Premium Aerotec Repurposing left-over AFP material with Fiber Patch Placement technology   Automated Fiber Placement (AFP) processes can suffer from high amounts of scrapping virgin material left-overs at bobbin changes, a problem for manufacturers that translates into considerable economical losses of up to € 500,000.- per year and AFP unit. Premium…

Fiber Patch Placement successful at international trade shows and winner of the JEC Innovation Award in Seoul

Fiber Patch Placement successful at international trade shows and winner of the JEC Innovation Award in Seoul Showcasing the latest Fiber Patch Placement developments, Cevotec recently convinced on exhibition areas and conferences of Advanced Engineering (Birmingham), Composites Europe & ICC (Stuttgart), GoCarbonFibre (Berlin), and JEC Asia (Seoul, South Korea). Together with Premium Aerotec, the FPP…

Newsletter October

Sensors for SAMBA, new features for ARTIST STUDIO, and a hot fall filled with events   Dear friends of Fiber Patch Placement, After a hot summer filled with lots of R&D, we are pleased to share the latest developments in Fiber Patch Placement technology with you at the key composites events of this fall and…

flying car

Fiber Patch Placement – 4.0 lightweight construction for future mobility concepts

Fiber Patch Placement – 4.0 lightweight construction for future mobility concepts Future mobility concepts pose a special challenge for manufacturers. A new class of light aircrafts and flying-car hybrids is currently emerging, resulting in extreme demands for lightweight construction and scaling in order to maximize the range of their electric drives. Therefore, the industry needs…