Continuous Fiber AM
Siddus Space launches composites-intensive LizzieSat satellite
LizzieSat offers space-based data collection and analysis for SpaceX’s Transporter-10 Rideshare mission.
Read MoreUpgraded industrial 3D printers support continuous fiber capabilities
JEC World 2024: Endless Industries offers 3D printing customers integration of its proprietary printhead, software and fiber filaments to achieve the benefits of lightweight composite parts.
Read MoreHybrid process marries continuous, discontinuous composites design
9T Labs and Purdue applied Additive Fusion Technology to engineer a performance- and cost-competitive aircraft bin pin bracket made from compression-molded continuous and discontinuous CFRTP.
Read MoreOrbital Composites installs robotic AM system at University of Rhode Island
The 12-axis Orbital S system designed to print continuous fiber-reinforced parts will be used to advance research in composites for underwater unmanned vehicles.
Read MoreOrbital Composites licenses AMCM technology
Additive manufacturing compression molding (AMCM), co-developed with ORNL, combines robotic AM and continuous fiber technologies to revolutionize high-volume composites manufacturing.
Read MoreMarkforged highlights Sidus Space 3D-printed composite satellite
The two partners have spent the last four years working on LizzieSat, a partially 3D-printed satellite that is set to launch on the SpaceX Transporter-9 rocket in 2023.
WatchMighty Buildings opens new factory in Monterrey, Mexico
Company takes next step in strategy to scale rapid development and construction of 3D-printed, climate-resilient, carbon-neutral homes leveraged by patented composite materials.
Read MoreContinuous Composites unveils commercial CF3D Enterprise machine
Purchased by the University of Illinois Urbana-Champaign, the milestone was celebrated during a ribbon-cutting ceremony and technical symposium, highlighting the system’s ability to accelerate the R&D of composites manufacturing.
Read MoreNovel 3D printing process achieves development of bio-based composite components
Modeling nature’s material processing techniques, research at DITF and Arburg has enabled the printing of cellulose continuous fibers reinforced with a cellulose matrix at ambient temperatures.
Read MoreWeber State applies composite-based 3D printing for aerospace support, research
The Utah-based university’s recently upgraded MARS Center installed an Impossible Objects CBAM printer to engage in projects with DOD and DOE potential.
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