Design & Tooling
Big additive machines tackle large molds
In commercial aerocomposites fabrication, molds reign supreme, but they are expensive. Large-format additive manufacturing systems are poised to make production-ready molds quickly and affordably.
Read MoreBeijing Institute of Technology leverages SwiftComp for composites research
The university is using AnalySwift’s simulation software as part of the company’s Academic Partner Program.
Read MoreHP-RTM for serial production of cost-effective CFRP aerostructures
Merging automotive process and tooling with aerospace quality to meet increasing production rates.
Read MorePlant Tour: STELIA Aerospace, Méaulte, France
Supplier of Airbus fuselage sections pushes boundaries of hybrid aerostructures production, assembly and thermoplastic composites.
Read MoreInnovate UK and IACMI composite competition now open
The U.K.-based competition will award funding for disruptive composite technologies.
Read MoreExact Metrology introduces Artec 3D laser scanner
The Artec Ray scanner is designed for scanning of large objects with high accuracy and speed.
Read MoreLockheed Martin selects iBASEt digital manufacturing solution
The digital manufacturing suite will be used for tracking prepreg out time on Lockheed Martin’s defense aircraft applications, among other manufacturing operations.
Read MoreTooling technologies positioned for speed, control
Tooling is one of the most rapidly evolving segments of the composites industry, as new technologies and processes like 3D printing, OOA infusion, thermoplastic composites reshape how molds are made.
Read MoreCentury Tool expands large composites mold capacity
The company’s new horizontal milling machine is reportedly capable of producing larger molds for compression molding a variety of composite materials.
Read MoreNIAR begins construction on new ATL, AFP lab
The Advanced Laboratory for Aerospace System (ATLAS) will develop manufacturing protocols for automated fiber placement (AFP) and automated tape laying (ATL) for aircraft systems.
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