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CAMX 2024: Cevotec is introducing the Samba Pro PV-1 FPP system to attendees through a displayed cutout validated with partners and a conference presentation.
Joint R&D project results show 7 times improvement in layup rates, reduced material deployment and development of novel layup features when using FPP for aerospace production.
Collaboration with two new international sales partners will bring Cevotec’s fiber patch placement (FPP) technology to the forefront of the Chinese composites industry.
Multiple partners work to develop automated data collection, composite laminate generation for customized medical applications using FPP technology in German-funded Patch2Patient project.
Cevotec and project partners have made significant progress in line with 2023 completion, including improvement of automated handling, patch vision inspection, and the laminate design and patch placement process.
Cevotec’s solution is to apply carbon fiber patches to the dome areas of Type IV pressure vessels, which reportedly yields 15% in material, weight and cost savings.
Dedicated to the production of hydrogen pressure vessel reinforcements, Cevotec’s specialized FPP system will be made accessible to Japanese industry through Fuji, including aerospace and composites research.
Patch Artist module facilitates more even distribution of patches along tight curves during pressure vessel dome reinforcement, resulting in an optimized laminate thickness.
Prepreg system is available to companies interested in exploring research in digitalization and AI for composites manufacture or to evaluate FPP-designed components.
The SAMBA Step L automated fiber placement system can place patches of material up to 50 times larger than previous FPP systems.
