HEADLINES ARCHIVE

  • Accommodating millennials in the fabrication workforce

    How can manufacturers attract and retain vital millennial talent?

  • Solving the OLED problem for high-brightness applications

    OLEDs could replace LEDs in autos and signage, however, they have an issue of inhomogeneous light emission if they heat up.

  • Automotive engineering: On the road from ICE to EV

    Our solutions provide speed, flexibility and ease of use to help you adapt your production.

  • Molecular glass — A revolutionary new material enabling future OLED displays and lighting

    Molecular glass, or glassy small molecule organic light emitting diode (OLED) materials, is a new class of organic semiconductor materials poised to overcome several performance and manufacturing hurdles currently limiting adoption of OLED technology in larger sized OLED display and lighting products.

  • Researchers develop fingerprinting method to detect cocaine use

    Teams from Surrey University, the National Physical Laboratory, Forensic Science Ireland and Intelligent Fingerprinting have devised a new fingerprinting method to detect cocaine use.

  • Video: Control system prepares PV plants for adverse weather conditions

    The software and control system for solar plants increases yield and mitigates risk with snow shed, hail and hurricane stow features.

  • Team develops 3D printing resin using waste oil from McDonald's

    Researchers from the University of Toronto Scarborough are turning cooking oil waste into high-resolution resin for 3D printing.

  • Haskel introduces a novel servo-electric driven gas booster

    The Q-Drive establishes a new category of advanced electric gas boosters, providing high flow rates up to 6,500 psi (450 bar).

  • Lean, mean, pressing machines: Trim costs to feed your profits

    The integration of programmable press functions and automation is a driving force in helping today's large and small manufacturers keep up with the competition and stay ahead of the game.

  • Oak Ridge licenses tech to take the cobalt out of Li-ion batteries

    The technologies are designed to eliminate cobalt metal in Li-ion batteries and are aimed at accelerating production of electric vehicles and energy storage for the power grid.

  • Paper proposes end-to-end general framework for automatic diagnosis of manufacturing systems

    The challenge of extracting useful information from sensor data is having a general framework for different manufacturing applications.

  • A no-touch robotics development

    This new ultrasonic robotic gripper produces standing pressure waves to levitate small objects and manipulate them without physical contact.

  • Gates introduces alternative to conventional spiral hoses

    The MegaSys MXG 4K hydraulic hose is a lightweight, compact, highly flexible drop-in replacement for conventional spiral hoses.

  • Learn how to measure chain wear or stretch

    Determining chain wear is now easy.

  • Continuous improvement and centralized data visualization with Proficy Operations Hub 1.5

    The tool helps users simplify plant operations and digitize processes with an industrial-grade solution that aggregates data from multiple sources.

  • Manufacturing industry seeks creators to fill workforce shortage

    The National Association of Manufacturers (NAM) is preparing to embark on a tour designed to fill an ongoing skills gap in the manufacturing industry by appealing to young students and their parents.

  • JV partners win contract for Texas coastal disaster defense work

    The eight-year, $1.9 billion construction effort is intended to increase the area’s preparedness to respond to natural disasters.

  • Tech company develops facial recognition camera for the STEM classroom

    An electronics company has developed an AI-powered, facial recognition camera exclusively for the STEM classroom.

  • Watch: Ford 3D prints wheel nuts to thwart theft

    The security mechanism is derived from the owner’s voice translated into a biometrically based security key.

  • Team improves the adhesion of wearable sensors

    To improve the adhesion of wearable sensors, researchers from the University of Tsukuba in Japan have modified a commonly used polymer to better adhere sensors to the body.

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