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SmileDirectClub to 3D print 20M unique aligner molds a year with HP MJF Medical

by Medical

HP Inc. is surely smiling a little brighter today, as it has deployed a number of Jet Fusion 3D printing systems to teledentistry pioneer SmileDirectClub, for a total of 49 operating systems. SmileDirectClub, which specializes in doctor-directed, remote clear aligner therapy, now has the capacity to produce over 50,000 unique mouth molds a day and nearly 20 million in the next 12 months. That’s a lot of corrected smiles!

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3devo Launches AIRID Polymer Dryer 3D Printer Hardware

by Technologies

3devo, a Dutch technology company, was created around the mission to turn 3D printing into a “closed-loop cycle”, to empower innovators and creators through developing accessible products. Now the company is adding the AIRID Polymer Dryer to its extrusion ecosystem which already includes the Filament Maker, a desktop extruder that extrudes custom 3D print materials and the SHR3D IT, an innovative plastic processor that recycles old plastics into printing graduate granulate.

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SHINING 3D launches new compact metal 3D printer EP-M150 3D Printer Hardware

by Technologies

SHINING 3D is expanding its additive manufacturing hardware line with the release of the new EP-M150 compact metal powder bed fusion 3D printer. The new versatile and compact printer was designed to provide support to the growing segment of small metal printing applications. Its compact size makes it the right tool for a myriad of industries including medical, dental, jewelry, and other small metal applications.

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Impossible Objects and UAMMI test first 3D printed carbon fiber part for U.S. Air Force Industrial Additive Manufacturing

by Aerospace

Composite 3D printing specialist Impossible Objects is not only introducing its latest 3D printer, the CBAM-2, today: the company has lifted the lid on an exciting collaboration with the Utah Advanced Materials & Manufacturing Initiative (UAMMI) focused on defense applications. Specifically, UAMMI has successfully fit-checked its first 3D printed carbon fiber part—made using an Impossible Objects printer—for the United States Air Force.