Phrase: 3d printing

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  • Oak Ridge National Laboratory - aluminum alloy 3d printing additive manufacturing

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    ORNL Additively Manufactures Lightweight Aluminum Alloy

    Oak Ridge National Laboratory (ORNL) has been investigating the additive manufacturing of aluminum alloys for several years. In particular, the researchers have been focused on materials that can perform under high pressure in high temperature environments, which are needed for automotive, aerospace, defense and space applications — such as pistons within an engine. Recently the […]

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    Additive Manufacturing of Light Metal

    As the recently granted U.S. patents presented here indicate, the additive manufacturing (AM) of aluminum and other light metals is evolving rapidly from what was just two decades ago mainly a prototyping process to a production process that involves automotive, aerospace, medical, and various domestic product industries. In my LMA article from February 2018 on AM […]

  • SMS die forging press

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    Chinese Automotive Supplier Commissions Die Forging Press Line

    Ningbo Xusheng Auto Technology Co., Ltd., an automotive supplier in China, commissioned a new die forging press line at its facility in the Zhejiang province. The new line enables the company to expand its production capacities and also serve the growing market for high-end forged aluminum chassis components in the automotive market, especially for electric […]

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    NanoAL Commercializes Aluminum Alloy Powder

    NanoAL, LLC, located in Boston, MA, has commercialized its award-winning, additive manufacturing technology — Addalloy® 5T aluminum alloy powder. NanoAL is a subsidiary of Unity Aluminum (formerly Braidy Industries) and serves as its research and development division, developing new aluminum alloys. The Addalloy family of next-generation aluminum alloy powders are specifically formulated for additive manufacturing via […]

  • Trimet aluminum alloy for additive manufacturing

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    Trimet Introduces New Alloy for Additive Manufacturing

    Additive manufacturing is becoming increasingly important, with cheaper and more efficient processes making the production of metal powders and additively manufactured components more attractive. As a result, printed components are increasingly being used not only for prototyping, but also as serial products. Trimet Aluminium SE in Germany has been conducting intensive research and development on material […]

  • Rio Tinto-scandium

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    Rio Tinto Working to Produce Scandium for Scandium-Aluminum Master Alloys

    Rio Tinto researchers have developed a new process to extract high purity scandium oxide — a critical mineral — from by-products generated in the production of titanium dioxide at the Rio Tinto Fer et Titane (RTFT) metallurgical operation in Sorel-Tracy, Quebec, Canada. The company is now producing high quality scandium oxide that meets market specifications […]

  • Additive manufacturing with 7A77.60L aluminum alloy: An HRL scientist completes visual inspection of 3D-printed micro-thrusters after build completion .

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    ARTICLE: A True Reinvention of Metallurgy – HRL Develops High Strength Aluminum Alloy Powders for Additive Manufacturing

    By Andrea Svendsen, Managing Editor. HRL Laboratories is a science, technology and engineering company that was first founded by Howard Hughes in 1948 under the name Hughes Research Laboratories. Renamed HRL Laboratories, LLC in 1997, the company is currently owned by Boeing and General Motors, with two facilities located in Malibu and Calabasas, CA. The […]

  • HRL Laboratories aluminum powder

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    ARTICLE: Registration System for Aluminum Alloys Used in Additive Manufacturing

    By Patricia Smith, Worcester Polytechnic Institute, and Jack Cowie and John Weritz, The Aluminum Association. Introduction Additive manufacturing (AM) technology, or 3D printing, is the process of producing a three-dimensional component from a computer-aided design (CAD) model by adding material layer by layer. AM technology was originally developed for polymers in the 1980s. Metal powder […]