Processes
Combining AFP with 3D printing for flexible parts production
Electroimpact creates a multifunctional manufacturing cell for complex, aero-quality continuous fiber composite parts.
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GKN, Raytheon reach agreement for composite missile canisters
Per the three-year contract, GKN Aerospace will provide Raytheon with 95 Mk30 missile canisters that are manufactured via a filament winding process followed by vacuum infusion.
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Moi Composites debuts 3D-printed glass fiber boat
Moi used its patented CFM 3D printing technology for depositing continuous fibers impregnated with thermosetting resin to develop MAMBO’s unique design.
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How Digital Cutting Technology Reduces Costs and Improves Flexibility
Automated cutting of composites reinforcement and other technical textiles is faster, more accurate and can result in dramatic reductions in material waste and labor. Having the right software is the key to getting the best results.
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AI-based software solution improves Enercon's cutting and kitting operations
Plataine's optimization software solution enables Enercon to meet market demand, automate manufacturing processes and significantly reduce production costs and material waste.
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Arevo introduces high-speed AM system, closes Series B financial round
The financing round and high-speed AM system for large continuous carbon fiber composite structures follow Arevo’s 3D-printed bicycle campaign.
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Nedcam adds CEAD AM Flexbot for 3D printing using DSM materials
The two companies will explore new applications in tooling, large-sized and circular end-use parts.
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FRAMES: Full-scale thermoplastic composite aircraft rear-end demonstrator
Clean Sky 2 project led by ESTIA-Compositadour will develop enabling technologies for optimum rear fuselage and empennage.
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Composites Academy launches online training with hands-on exercises
Composites Expert and Institut de Soudure partner to provide interactive advanced composites training to students and professionals worldwide.
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Orbital Composites, ORNL collaborate to advance robotic polymer and composite AM
The research will focus on the development of a commercially-ready system capable of robotic overprinting on pre-manufactured non-planar surfaces, with multi-material polymers and continuous fiber.
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