Metal
How Machine Learning Is Moving AM Beyond Trial and Error
A Colorado alliance has found the link between AM and AI. Using machine learning to map the formula for successful metal 3D printing, researchers aim to know the right parameters for any new part with few or no test builds.
Read MoreOR Laser Introduces Orlas Cube for Laser Cladding
Rapid 2018: The enclosed system is compatible with all laser sources and processing heads from OR Laser.
Read MoreLightweighting with Lattices
Building components as a network of unit cells may improve material utilization and performance.
Read MoreSoftware Streamlines Metal Additive Manufacturing Workflows
Replacing three software packages with 3DXpert from 3D Systems reduced one company’s file processing time and increased its productivity.
Read MorePartnership to Champion High-Speed 3D Printing of Metals
The Singapore Polytechnic (SP) Advanced Materials Technology Centre (AMTC) is partnering with Spee3D to address challenges in metal 3D printing.
Read MoreVideo: Moldmaker Succeeding with Conformal Cooling
B&J Specialty now complements its machining capabilities with metal 3D printing for making mold inserts with cooling channels that follow the contours of the mold. The shop is even revisiting challenging molds from the past.
WatchVideo: 3 Roles for Computer Vision in Metal 3D Printing
Carnegie Mellon University professor Elizabeth Holm explains three ways computer vision can advance powder-bed metal 3D printing.
Read MoreRoush Takes Delivery of Large-Scale Powder-Bed System
The company's investment in additive manufacturing equipment includes the Xline 2000R, said to be the largest powder-bed metal AM system available.
Read MoreSodick Releases Material Recovery System (MRS)
The Automatic Material Recovery System (MRS) is designed for use with Sodick’s OPM metal 3D printing system.
Read MoreSintavia Breaks Ground on Advanced Manufacturing Plant
The Hollywood, Florida, facility will employ lean manufacturing principles for large-scale metal additive manufacturing.
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