Arevo launches direct-to-customer 3D-printed bicycle
The Superstrata brand features a fully unibody carbon fiber/polyamide frame manufactured using Arevo’s direct deposition additive manufacturing process.
Jeff Sloan
Editor-in-Chief, CompositesWorld
Setforge, 9T Labs collaborate to replace metal part production with composites
The substitution, enabling Setforge’s serial production of CFRP components, will be aided by 9T Lab’s Red Series technology.
CFIP reinforces material with continuous carbon fibers post-process.
Continuous Fiber Injection Process (CFIP) technology works with additive manufacturing to strengthen plastics, metals and ceramics, creating complex-shaped-composites and high-strength joints.
3D printing continuous fiber on the desktop
Additive manufacturing technology company expands offerings to include high-performance composites.
Continuous Composites, Arkema partner to advance continuous-fiber 3D printing
The companies will combine Continuous Composites' CF3D process with Arkema's photocurable resins to develop and certify composite 3D-printing solutions.
Advancing additive manufacturing to exploit anisotropy
Anisoprint posits continuous fiber composites, not metals, as the material for optimized AM structures.
Industrialized continuous fiber composite printing in Delft
CEAD offers large builds with speed, precision, low-cost extrusion and continuous fiber.
Conbility: Mass production of composite tape laminates
RWTH Aachen spin-off scales up production for low-cost, in-situ consolidated composites as inserts for lighter, cheaper injection-molded parts.
Ginger Gardiner
Senior Editor, CompositesWorld
Moving continuous-fiber 3D printing into production
With patents proliferating and production applications emerging, 3D printing with continuous fiber reinforcement is poised for significant market growth.
Episode 23: Wiener Mondesir, Arevo
Wiener Mondesir, co-founder and chief technology officer at Arevo, discusses continuous fiber use in additive manufacturing.
3D printing is missing the third dimension
Emerging processes like continuous fiber manufacturing, in-situ consolidation and tool-less manufacturing are bringing composite 3D printing into the third dimension.
Continuous Fiber Manufacturing blurs the line between 3D printing and AFP
Continuous fiber manufacturing (CFM) is a 3D printing/continuous fiber deposition process patented by moi composites.
Continuous Fiber Manufacturing (CFM) with moi composites
Continuous fiber 3D printing using epoxy, vinylester and acrylic with continuous glass, carbon, basalt and other fibers, including deposition along nonlinear curves, is only the beginning.
Arevo in 2018: Industrialized production of continuous fiber 3D-printed parts
With new CEO and $12.5 million in B-series financing, Arevo will have eight direct energy deposition (DED) cells attacking its parts production backlog by year-end.
Conbility tape placement head installed at University of Limerick
The PrePro 3D system combines laser-assisted thermoplastic tape placement with IR-assisted thermoset prepreg placement.
Hannah Mason
Associate Editor, CompositesWorld
3D printing composites with continuous fiber
New composite manufacturing technology for multimaterial, multifunctional composite structures.
3D-printed composite wind blades and aircraft, closer than you think
Orbital Composites’ patented coaxial extrusion process is investigated at Airbus subsidiary CTC GmbH Stade and spins off advances in speed, scale, materials and multifunctionality as it aims for very large structures.
Arevo composite additive manufacturing: the future of AFP?
Its multi-axis, continuous fiber technology eliminates tooling, matches strength of titanium parts at 1/3 the weight and cuts part cost vs. hand layup/autoclave cure by a factor of 5.
3D Printing continuous carbon fiber composites?
Additive manufacturing startup MarkForged aims to make it happen and is already marketing systems.
Additive Molding promises mass-produced high-performance composites
Arris Composites introduces a patent-pending technology that manufactures high-performance thermoplastic composite components with a combination of additive manufacturing technology and high-speed compression molding. Has mass production of advanced composite components finally arrived?
Karen Mason
Contributing Writer
