Materials
3D Printing Brings New Possibilities for Manufacturing With Ceramics: AM Radio #27A
AM expands the opportunities for ceramics. On the AM Radio podcast, a discussion of various 3D printing processes making use of ceramic material, and various new applications for ceramics that are developing as a result.
Listen6K Additive Receives Sustainability Award
The Additive Manufacturing Green Trade Association (AMGTA) presented the Environmental Sustainability Research Award to 6K Additive based on its UniMelt powder manufacturing process.
Read More3D Printed Brake Panel for the Rail Industry: The Cool Parts Show #52
In this episode of The Cool Parts Show, laser powder bed fusion simplifies the manufacturing of air brake panels for light rail systems made by Wabtec.
WatchHAMR Joining Neighborhood 91 Additive Manufacturing Production Campus
HAMR will join Neighborhood 91’s existing additive manufacturing ecosystem which includes tenants Wabtec, Arencibia, Cumberland Additive and Metal Powder Works.
Read MoreFormlabs Appoints President of Health Care Business Unit
As new health care president, Guillaume Bailliard will work to expand the company’s medical and dental business unit.
Read MoreMultimaterial 3D Printing with Conventional Powder Metallurgy
Unbound sand serves as temporary, reusable molds for metal powders in Grid Logic’s 3D printing process.
Watch6K Additive Partners With Incodema3D for Powder Supply, Recycling
6K Additive says its nickel alloy 625 powder surpassed every quality measure in tests performed by Incodema3D.
Read More25 Years Later, What’s Exciting in Electron Beam Powder Bed Fusion?
Often seen as runner-up to laser powder bed fusion, are we finally in the golden age of the electron beam?
Read MoreSoftware for AM Machines Increases OEE, Repeatability
AddUp Inc.’s booth focuses on monitoring solutions for its laser powder bed fusion and directed energy deposition machines with the goal of increasing adoption by consistently producing accurate parts.
Read MoreSee Digital Manufacturing Data in Real-Time
Formalloy showcases a tool for collecting and visualizing data from real builds using powder-based directed energy deposition (DED), a metal 3D printing process.
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