Fabrics/Preforms
Carbon Axis XCell strengthens AFP capabilities at Compositadour
New robotic cell will expand testing, prototyping and pre-series production for industries looking to automate composites preforming.
Watch
AnalySwift and University of Central Florida work with NASA to develop thin-ply composites
Materials will be characterized and performance modeled for wide array of aircraft and space applications.
Read More
Hot drape forming
Heat, vacuum and/or pressure advance from debulking prepreg layups to automated preforming of dry reinforcements for faster composites production.
Read More
Spintech opens new composites manufacturing division, Hawthorn Composites
New division specializes in manufacturing complex geometry composite parts using novel dry fiber preforming and resin infusion techniques, extending Spintech composite capabilities.
Read More
Pilatus delivers 100th composites-intensive jet
PC-24 Super Versatile Jet is now present on every continent and sold out for 2021.
Read More
Flexible carbon fiber plates enable high-performance footwear
Carbitex’s flexible carbon fiber/thermoplastic composite plates use creative engineering to eliminate design compromises in athletic footwear.
Watch
Hexcel, Safran expand contract for composite materials in commercial aerospace programs
Long-term supplier contract amended to include Hexcel’s HexTow IM7 for the GE9X engine, as well as core, adhesives, prepregs and fabrics for additional aerospace applications.
Read More
Cevotec SAMBA Pro Prepreg system added to FPC technology portfolio
Installation of the automated Fiber Patch Placement system in Fraunhofer IGCV’s Fiber Placement Center serves active technology and application development.
Read More
Hypetex, SHD offer colored carbon fiber prepreg solutions
The partnership will supply Hypetex-colored fabrics with SHD’s MTC500 series epoxy resin systems, enabling visual component finishes and the potential for weight and cost savings.
Read More
Braided preforms meet phase-change tooling
A program from the U.S. Air Force Research Laboratory adopts automated braiding and phase-change tooling for a complex geometry unmanned aircraft part.
Watch
