Articles
With Machine Learning, We Will Skip Ahead 100 Years
Machine learning or AI will prove vital to the advance of AM. Computational power will enable additive to advance much faster than if it had been invented in an earlier time.
Read MoreComputer Vision System Automates Characterization of Metal Powder
A computer vision system that has learned to classify metal powders could speed material qualification and advance machine learning in additive manufacturing.
Read MoreVideo: 3D Printing at Local Motors
3D printing plays multiple roles at the company’s Knoxville microfactory, from prototyping to the production of parts for autonomous vehicles.
WatchGE and Concept Laser Aim to Lead Digital Transformation of Industrial Production
European correspondent Barbara Schulz spoke to Concept Laser founder Frank Herzog to find out how the dynamic between the German company and U.S.-based GE forms the perfect symbiosis to grow a global AM business.
Read More3D-Printed Sneakers Gaining Traction
Under Armour, Adidas, Nike and New Balance are applying different additive manufacturing technologies and materials for customized kicks.
Read MoreIn Additive’s Evolution, Aerospace Proves the Fittest
As additive manufacturing shifts from prototypes to production, one industrial sector is ahead of the curve.
Read MoreBenefits of Additive Manufacturing in Functional Prototyping
Additive manufacturing enables companies to build functional prototypes faster, allowing for more iterations and better designs.
Read MoreTop 10 Stories of 2017
Popular topics include advances in metal 3D printing, medical applications and the auxiliary activities that support additive manufacturing.
Read MoreConformally Cooled Injection Mold Reduces Cooling Time by 55 Percent
With Renishaw’s help, Kärcher ended its production bottleneck using 3D-printed molds with conformal cooling channels.
Read MoreAM Design May (Finally) Launch the Aerospike Engine
A team of engineers turns to additive design to create—and successfully test—“the holy grail of the spaceship movement.”
WatchOvercoming the Challenges of Copper
A research organization in Germany is developing a laser beam source that operates with a green light, enabling selective laser melting of a copper alloy.
Read MoreHere Is What a Four-Laser Machine Can Do—and Here Is the Hardware Used to Do It
One laser gets you this far. Two lasers get you this much farther. These productivity comparisons with a four-laser machine also show the cooling geometry that brings four lasers together.
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