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Making 3D Printed Heat Sinks a Possibility

Background

Ranking among America’s top aviation schools since 1925, Embry-Riddle Aeronautical University offers a variety of programs in aviation, applied science, engineering, computers and business. Its Mechanical Engineering Department is currently involved in groundbreaking research on battery cooling systems. Here, researchers are using the 3devo Composer Filament Maker to mix plastics and phase-change materials (PCM) into high-quality filament that can potentially 3D print lightweight, self-contained heat sinks.

Kanthal introduces additive manufacturing for heating applications

As global technology leader in electrical heating and high-temperature applications, Kanthal launches an additive manufacturing service that disrupts traditional design of heating elements and components. Together with the new iron-chromium-aluminum (FeCrAl) alloy, Kanthal® AM100, specially developed for 3D-printing, the new service called Kanthal® Additive Manufacturing offers a revolutionary solution for the heating industry.

Kanthal Additive Manufacturing opens a world of possibilities

When young technology meets established knowledge, the path to innovation is opened. Kanthal President Nicklas Nilsson and Head of R&D and Technologies Dilip Chandrasekaran see endless possibilities as well as great customer value with the new customization service, Kanthal Additive Manufacturing.

Blechexpo 2019: 3D laser machine from TRUMPF does efficient job of welding large endoscopes

TRUMPF presents world premiere of TruLaser Station 7000 3D laser machine at Blechexpo // With up to four kilowatts of laser power and a 150 percent increase in work area, the system makes it easy to process large and complex parts // New machine is ideal choice for medical devices


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