Processes
Understanding the difference between bonding and welding
Composites bonding and welding are two similar but distinct processes that overcome challenges related to fasteners or drilling. Here are some resources to get you started.
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Uavos unveils carbon fiber main landing gear spring
Enhanced unmanned aircraft performance can be achieved via Uavos’ latest 16-kilogram design, rigorously tested to illustrate its safety and efficiency optimizations.
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Röchling and partners iterate thermoplastic composite convertible roof beam
Röchling Automotive, Mercedes-Benz, Envalior and Valmet replaced traditional magnesium with composites, achieving a more seamless, lightweight structural design that opens opportunities for other vehicle applications.
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VIDEO: Plasma surface treatment technology improves adhesion
Plasamatreat demonstrates its Openair-Plasma surface treatment technology, which can enhance material adhesion.
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Spin-off shares expertise in filament winding software, robotics
JEC World 2025: With two decades of experience, Taniq aims to strengthen its position as a go-to-expert in robotic filament winding, feature its developed winding systems and TaniqWind Pro software.
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Injection molding expertise achieves composites mobility innovation
JEC World 2025: A partner in three JEC Award products, Engel demonstrates how its injection molding equipment can set new benchmarks in applications like bike handlebars and interior vehicle components.
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Filament winding, tape wrapping equipment focus on reliability, quality
JEC World 2025: Engineering Technology Corp. (ETC) is exhibiting everything from its filament winders portfolio to a new winder control system, emphasizing range, adapatability and high production quality.
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Trinseo demonstrates DLFT, PC for electric vehicle battery packs
The DLFT production process enhances polycarbonate’s performance qualities through high thermal stability that next-gen battery packs demand.
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MORPHO advances structural prognostics, health monitoring and composites manufacturing efficiencies
EU project concluded in January 2025, delivering on its goals to enhance aerospace industry performance and sustainability through real-time monitoring, intelligent control systems and innovative recycling techniques.
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Seven tips for machining composite aerospace components
Machining composite materials is a dusty, arduous and abrasive process that is hard on cutting tools, requiring the right combination of strategies and know-how to properly navigate their dynamics.
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