Autoclave
JEC World 2019 preview: Hexcel
Hexcel (Stamford, Conn., U.S.) is featuring range of composite innovations for customer applications in aerospace, automotive, energy and marine markets.
Read MoreOxford-based engineering company adds one of the largest 3D printers in the U.K.
Dash-CAE has invested in one of the largest 3D printers in the U.K. to help accelerate manufacturing in composites.
Read MoreMoving continuous-fiber 3D printing into production
With patents proliferating and production applications emerging, 3D printing with continuous fiber reinforcement is poised for significant market growth.
Read MoreJEC World 2019 preview: Cobra
Cobra International will present its expanded capacity and increased capabilities for large composite components for multiple industries at JEC World 2019.
Read MoreNCC's new Large Scale Resin Infusion (LSRI) technology designed for aerospace, wind industry R&D
New Large Scale Resin Infusion (LSRI) technology is aimed at widening the applicability of Liquid Composite Molding (LCM) processes to a wider range of components.
Read MoreUniversity of Houston researchers explore potential of silk fiber composites
A researcher at the University of Houston-Clear Lake is working to produce natural silk fiber composites with stronger resistance to impact than traditional glass and carbon fibers.
Read MoreThermwood and Bell collaborate on 3D-printed helicopter blade mold
Thermwood employed its new 60-mm melt core technology to additively manufacture the autoclave-capable, carbon fiber-reinforced tool.
Read MoreUSQ partners with defense scientists on next-generation aircraft repairs
The collaboration is working to develop an automated method of controlling the curing process in order to produce reliable composite repairs.
Read MoreCarbon fiber will enable air taxi eVTOLs
Aircraft and autos have indeed faced CFRP production woes, but new tech opens door for both.
Read MoreNETZSCH and USQ partner to advance automated composite manufacturing
The research partnership will focus on advancing the automated production of composite materials using dielectric sensor technology.
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