Monday, May 27, 2019
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3D Printing

    An Air Force Research Laboratory research team has developed a 3-D printed polymer-based foam structure that responds to the force of a shock wave to act as a one-way switch. These images show the material’s formation of jets, which localize shock wave energy in one direction, but not the other. (U.S Air Force photo illustration)
    3D Printing

    A shocking materials technology breakthrough

    3D bioprinter revolutionises skin research
    3D Printing

    3D bioprinter revolutionises skin research

    The ‘shine’ in gold particles has a new use in finding defects
    3D Printing

    The ‘shine’ in gold particles has a new use in finding...

    construction
    3D Printing

    New 3D printing capabilities, paving the way for construction innovations

    A new 3D printing technique allows materials with the consistency of clay or cookie dough to be used to manufacture a variety of shapes. Purdue Univeristy assistant professor Emre Gunduz used ultrasonic vibrations to maintain a flow of the material through the printer nozzle. (Purdue University photo/Jared Pike)
    3D Printing

    Now you can 3D print clay, cookie dough – or solid...

    Freeform printing allows the researchers to make intricate structures, such as this model of a heart, that could not be made with traditional layer-by-layer 3-D printing. The structures could be used as scaffolds for tissue engineering or device manufacturing. Photo by Travis Ross, Beckman Institute
    3D Printing

    3-D printed sugar scaffolds offer sweet solution for tissue engineering

    A human-like 3D-printed smart gel walks underwater. Photo: Daehoon Han/Rutgers University-New Brunswick High Res
    3D Printing

    A 3D-printed smart gel that walks underwater, moves objects

    A molecular model of a peptoid nanosheet shows loop structures in sugars (orange) that bind to the Shiga toxin (shown as a five-color bound structure at upper right). (Credit: Berkeley Lab)
    3D Printing

    New sugar-coated nanosheets to selectively target pathogens

    A team of scientists at Washington University in St. Louis has developed a new way to track folding patterns in the brains of premature babies. It's hoped this new process could someday be used for diagnosing a host of diseases, including autism and schizophrenia. (Image: Bayly Lab)
    3D Printing

    3-D mapping babies’ brains

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