LFAM
CEAD Flexcube’s Integrated Milling Options Fully Automate LFAM Postprocessing Within Single System
Formnext 2024: The system comes in a space-efficient, cube-shaped 3D printer for LFAM printing with integrated milling options and a 3 + 1 axis system for 45-degree printing.
Read MoreWASP Develops Sustainable Solutions for Additive Manufacturing
Formnext 2024: Italy-based Wasp has developed technological solutions for additive manufacturing (AM) which are centered on sustainability, precision and creative freedom. This includes printing 100% recycled plastic directly from shreds, dynamically controlling pellet coloring and testing advanced geopolymer materials for reduced CO2 emissions.
Read MoreVariable Nozzle 3D Extrusion Printer Uses VFGF Processing for Economical Large-Format Additive Manufacturing
Formnext 2024: The QUEEN 1 offers large-volume 3D extrusion printing with a variable nozzle that works with a combination of detail mode and turbo mode, and applies the material layer by layer, like a typical 3D printer.
Read MoreCaracol Develops Vipra AM Robotic Metal DED 3D Printing Platform for Manufacturing Large-Scale Metal Parts
Formnext 2024: The integrated DED metal platform for large-scale components combines hardware and software with advanced robotic monitoring and automation.
Read MoreSolukon’s SFM-AT1500-S Depowdering System Handles Heavy-Duty Requirements and Dimensions
Formnext 2024: The Solukon SFM-AT1500-S metal powder removal system can accommodate parts that weight more than 2 tons.
Read More3 Unique Elements of LFAM to Consider in Design
While similar to desktop fused filament fabrication (FFF), large format additive manufacturing (LFAM) in polymer composite poses several unique challenges as a result of its scale.
Read More7 Takeaways on 3D Printing As a Pathway to Polymer’s Future
The Cleveland section of SPE hosted “Additive Manufacturing: Printing the Path for the Future” on October 17, 2024. Speakers signaled where AM is and where it is headed with session topics ranging from pellet-based 3D printing to qualification and commercialization of additively manufactured products.
Read MoreJuggerBot 3D Chooses Research Partners for Air Force Large-Format Hybrid Additive Manufacturing Project
Oak Ridge National Laboratory and Mississippi State University’s Advanced Composite Institute have been selected to assist in the research and technical development of production workflows using thermoplastic and thermoset deposition.
Read MoreLFAM Phase Two: How Companies Are Going Farther With Large-Part 3D Printing
The freedom to produce very large components more easily is an underappreciated AM advantage, but one that is now established. Recently posted articles show the way forward for large-format additive manufacturing (LFAM) in contract and in-house production, as well as in construction.
Read MoreAirtech and Ascent Aerospace Collaborate to Promote Additive Manufacturing Tooling in Aerospace, Defense
By combining Airtech’s high-performance materials and Ascent’s production capabilities, the companies aim to support the adoption of polymer composite additive tooling to some of the most demanding applications and customers in the world.
Read More