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  • PulseForge 3100 Demo

    Stan Farnsworth from Novacentrix demos the PulseForge 3100 for the manufacturing of printed electronics. The PulseForge 3100 uses rapid pulses of high-intensity light for high-speed drying, curing, sintering or annealing of high temperature materials on low temperature substrates such as plastic and...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-27-2009

  • PulseForge Tools for Printed Electronics

    The PulseForge family of tools sinter or anneal thin-film materials in only milliseconds, and are able to do so on a wide variety of substrates, including low temperature, flexible materials. The use of PulseForge tools can save time and money, and enable new types of products in applications like solar...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-23-2009

  • Lightning Hybrids Body Mold Fabrication

    CEO Dan Johnson describes the various plugs and molds they've created for fabricating the carbon fiber bodies on the LH4 and LH3 vehicles. They have partnered with EBS Carbon in Boulder, CO, to create their unique composite car bodies. Lightning Hybrids creates the part plugs in-house using a 5-axis...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 07-16-2009

  • Assembling Wind-Turbine Blades

    In Part 2 of our interview with MAG's John Hawthorne, John takes us through the steps to assembling wind-turbine blades. The new Rapid Material Placement System (RMPS) brings integrated manufacturing – with automation and repeatable process control – to what has largely been a manual or piecemeal...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 06-03-2009

  • Automating Wind-Turbine Blade Fabrication

    In Part 1 of this interview with John Hawthorne, Application Engineer at MAG Industrial Automation Systems, John discusses new systems that automate composite wind-turbine blade fabrication. The company's new Rapid Material Placement System (RMPS) and quick-cure molding system for wind blades combine...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 06-02-2009

  • Power Wave AC/DC 1000

    The Power Wave AC/DC 1000 inverter power source from The Lincoln Electric Company enabled T Bailey (a Washington-based construction and fabrication company) to significantly increase productivity and reach the higher deposition rates on its wind turbine towers. The machine’s patented Waveform Control...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 05-19-2009

  • Wind Tower Fabrication

    Essential to wind power generation is fabrication of wind towers capable of enduring the extreme conditions in which they are placed. Environmental exposure and high quality material requirements are two of the many challenges presented in wind tower fabrication. Patrick Wahlen details how Lincoln Electric...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 05-18-2009

  • Dermasol Thermoplastic Elastomer

    Dermasol is a new thermoplastic elastomer that feels remarkably like real human flesh. It can be made in any color (including clear), any shape and almost any durometer (hardness). It is especially useful for simulating tissue in organs and body structures for practicing operations and medical training...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 02-24-2009

  • Evonik's Lotus Exige

    How can cars be designed to be more attractive, more environmentally friendly, more efficient, and safer? These are questions that Evonik Industries has answers to. The car of the future doesn’t yet fly—but its lightweight construction owes something to aircraft design anyway. The rear spoiler of a RED...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 06-30-2008

  • Composite Monocoque and Intake Valves

    A wide variety of advanced materials-related topics are the basis for graduate research at Colorado State University's Motorsport Engineering program. Topics range from evaluation of composite structures, like the carbon fiber monocoque, to investigations into new materials and applications for motorsport...
    Posted to Engineering TV (Weblog) by CurtisEllzey on 05-07-2008
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