Metal
Desktop Metal, University of Toledo Collaborate on Alloy Research
The partnership includes installing a Desktop Metal Production System P-1 in the University of Toledo lab to open new possibilities in materials and application development.
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Additive Industries’ MetalFABG2 Features Modular, Scalable, Open Systems
All three series models offer modular, scalable, open systems to ensure maximum flexibility and enable configurations up to 11 modules.
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Velo3D Qualifies New Superalloy for Use in Its Sapphire Printers
New nickel-based Höganäs Amperprint 0233 Haynes 282 powder enhances the capabilities of Velo3D’s end-to-end solution for customers in oil and gas, aviation, energy, space and other high-value applications.
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AddUp and WBA Collaborate on Additive Manufacturing for Toolmaking
As part of the partnership, a FormUp 350 New Generation powder bed system from AddUp will be installed at the WBA Demonstration Tool Shop.
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3D Printed Tool for Machining Electric Vehicle Motors: The Cool Parts Show #39
Additive manufacturing achieves a large-diameter cutting tool light enough for fast, precise machining of the motor housing’s stator bore.
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3D Printing Rotors for Electric Motors (Video)
Oak Ridge National Laboratory describes research into applying additive manufacturing to replace windings in DC motors.
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Shapeways, Desktop Metal Expand Partnership for Additive Manufacturing Services
Shapeways is expanding its Desktop Metal system capacity and capabilities by providing customers access to these solutions at its ISO-9001 manufacturing facilities in both Long Island City, New York, and Eindhoven, Netherlands.
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10 Ways Additive Manufacturing Reshapes a Production Facility (Forget What You Know About Factories)
Sintavia’s purpose-built facility for powder bed fusion of aircraft components illustrates fundamental ways the plant is different when 3D printing is the operation.
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EOS, Metalpine to Jointly Develop Sustainable Metal Powder for Industrial 3D Printing
The future development involves Metalpine’s atomization technology coupled with EOS’ material, process and system development competence.
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Desktop Metal Qualifies Pure Copper for Additive Manufacturing
Production System binder jetting technology is said to enable the mass production of high-performance copper parts for automotive, aerospace and electronics.
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