Processes
Robot Extruder offers low-investment alternative to explore composites additive manufacturing
CEAD extruder mounts to robotic arm or gantry systems, already in use to print molds for large composite structures.
Read MoreDieffenbacher innovations focus on SMC, D-LFT
Dieffenbacher is presenting its solutions for tape laying, SMCs, D-LFT and wet molding technologies, as well as a new messaging and ticket system app.
Read MoreOxford Advanced Surfaces launches adhesion promoter
Oxford Advanced Surfaces Ltd. is demonstrating its patented Onto adhesion promoter, which replaces sanding or abrasion for surface preparation.
Read MoreBally Ribbon Mills technology features infusion for 3D woven joints
Woven fabrics manufacturer Bally Ribbon Mills is highlighting its film infusion capabilities for 3D woven joints woven thermal protection systems and more.
Read MoreAcciona Construction participates in EU-funded project for accelerating nanomaterials production
Among LEE-BED project objectives, Acciona plans to embed nanomaterial-enabled wireless sensors into pultruded composite building elements.
Read MoreOxford Advanced Surfaces, 2-DTech to develop graphene-enabled surface treatments
Oxford’s Onto chemistry platform improves the adhesion of paints, coatings and adhesives to composite materials.
Read MoreFortify launches photopolymer 3D printing system
The Continuous Kinetic Mixing (CKM) system combines fiber or particle additive reinforcement to photopolymers for electrical applications and more.
Read MoreStrata automates Airbus A350 inboard flap production line
With two MTorres automated tape laying (ATL) machines, the UAE-based aerostructures manufacturer plans to reduce processing times for aircraft components.
Read MoreFinishing tools prevent delamination in hybrid material machining
Seco Tools’ JC898 rougher and JC899 finisher are designed for use with hybrid CFRP-metal stacked materials for aerospace applications.
Read MoreCRP Technology’s Windform FR2 is a glame-retardant glass fiber for selective laser sinter
The glass fiber material is suitable for aerospace applications, automotive parts (casings of electrical and electronic components, housing and enclosure assemblies), consumer goods (lighting, appliances) or any part that requires flame retardancy.
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