Processes
Drawing design cues from nature: Designing for biomimetic composites, Part 2
As biomimetic design continues to inform composites manufacturing, technologies like 3D printing, tailored fiber placement, braiding and filament winding prove strong candidates for making these structures a reality.
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CFRP telescopic mast technology adds height, performance to mobile police surveillance
CompoTech’s Compolift technology leverages automated filament winding to provide high-strength, high-stiffness extendable masts for use on mobile surveillance vehicles, boats and more.
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TPRC training courses target thermoplastic composites
Three upcoming in-person thermoplastic composites courses, ranging from entry-level to advanced, are organized to enhance composites professionals’ knowledge in this burgeoning field.
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Novel dry tape for liquid molded composites
MTorres seeks to enable next-gen aircraft and open new markets for composites with low-cost, high-permeability tapes and versatile, high-speed production lines.
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Kimya features Kimya PC-FR 3D filament for the transportation sector
Flame-retardant polycarbonate filament reaches EN45545 certification and meets REACH and RoHS standards for production of parts in railway, automotive, electronics.
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Schmidt & Heinzmann camera system awarded 2022 AVK Innovation Award
“Pole Position” uses polarization properties to detect the positioning and orientation of carbon fibers during the cutting and stacking process, reducing waste and enhancing sustainability.
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SeaBioComp project develops biocomposite demonstrator products for marine applications
Prototype products explore thermoplastic polymers, natural fibers and 3D printing technologies to effectively reduce the use of fossil-based materials in the marine sector.
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sensXPERT Digital Mold earns 2022 AVK Innovation Award
Data-driven sensor technology optimizes and increases composites manufacturing efficiencies in real time, achieved through collaborative network.
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Patent-pending Purdue process embeds sensor particles, functionalizes 3D-printed structures
Purdue University researchers have developed a novel wet-mixing method to add sensor particles to 3D printer filaments, which will enable manufacturers to create functional printed parts.
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Mikrosam, H2Storage collaborate on 300+-liter Type IV hydrogen tanks
Automated filament winding cell achieving wind speeds of 6 meters/second improves production performance, shortens curing cycle for serial production of 700-bar Type IV tanks.
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