Processes
BMComposites, Linx Tenders use composites to lighten foiling cats
Glass and carbon fiber meet performance needs for custom-built tenders.
Read More
CTC commissions Carbon Axis XCell machine for LaiLa project
The XCell AFP machine is being used to investigate innovative fiber deposition concepts and improve lightweight production via Industry 4.0.
Read More
CompoTech promotes automated filament winding machine options
Custom-built, turnkey automated winding and filament placement equipment create new possibilities for manufacturers to cost-effectively produce high-strength structural carbon fiber components.
Read More
Fives introduces COAST in-process composite inspection technology
COAST is capable of precise measurement and defect detection on contoured composite surfaces during the AFP process, reducing costs and increasing AFP accessibility.
Read More
Mikrosam filament production line supports Amargo tank production
Mikrosam system features will support the production of Amargo’s chemically resistant pressure vessels or hydrogen storage in industrial plants.
Read More
Raise3D composite 3D printers feature open material platform
The RMF500 and E2CF 3D systems are equipped with enhancements to ensure precise and reliable handling of multiple chopped fiber filaments, polymers.
Read More
BeSpline wins IBEX Innovation Award, announces partnership with Boston Boatworks for Shaped Foam Kits
CAD-driven fabrication uses adaptive mold technology for lighter, stronger, higher quality boat structures without time and cost of building a mold while drastically reducing core fitting time for yacht builders.
Read More
Solvay expands range of FusePly covalent bonding for composite structures
FusePly 250 technology, designed for 250°F to 350°F composite bonding, offers optimized bond reliability and high part performance.
Read More
Composite molding compound replaces Invar for lightweight small satellite structures
Patz Materials and Technologies and Lawrence Livermore National Laboratory developed a new monolithic optics housing with 80% less weight, near-zero CTE and the high-volume manufacturing required for commercial space.
Read More
DOE funds project for 3D-printed wind blade tooling
Targeting U.S. wind energy, the program backs Purdue’s CMSC center and industry partners to develop the foundation for automated tooling manufacture, supporting new innovations in composite materials, other technology elements.
Read More
.jpg;maxWidth=300;quality=90;format=webp)
