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Wind power shafts that might once have been scrapped are now returned to service. See the robotic directed energy deposition (DED) and shaft preheating system developed by Ikergune, Izadi and Talens.

Exhibitors and presenters at the plastics show emphasized 3D printing as a complement and aid to more traditional production processes.

The zirconia materials are now qualified for use in the production of the world’s thinnest cosmetic veneers, which require significantly less tooth preparation or grinding, thereby preserving more of the patient’s natural enamel.

The particle sensor measures the size, speed and trajectory of particles in liquids and gases.

Tritone’s technology enables quick and easy switching between a wide variety of metals and ceramics, making it possible to simultaneously manufacture parts of different sizes, shapes and applications.

As One, Mitsui Kinzoku and Yugyōkuen Ceramics have chosen Lithoz as a technology provider in driving growth and advancement in the Japanese additive manufacturing community.

Are you a molder, toolmaker or OEM looking to adopt 3D printing? Here are 7 lessons about this technology that will be explored during a workshop at NPE2024: The Plastics Show.

With an open system providing full laser control, Farsoon’s technology offers the freedom to work with any material and control all printing parameters.

Startup HAMR Industries performs additive manufacturing work at Neighborhood 91 that provides an alternative to traditional casting and forging. Success so far has led to redefining the limits of its additive equipment.

Penn State’s Center for Innovative Materials Processing through Direct Digital Deposition is an interdisciplinary research center that works to advance additive manufacturing and materials research.