A team of researchers from Australia has found a way to create nano-thin flexible touchscreens by using liquid metal chemistry and printing the ultra-thin and ultra-flexible electronic material directly onto their desired surfaces. With this new technique, touchscreens could be rolled out like newspapers in the future.
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Martin Thuo and his team from the Iowa State University have developed a new heat-free technology for flexible electronics. It can be manufactured without damaging the base material and is also suitable for paper.
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Hybrid electronics kept being on the rise in 2017. Numerous applications will benefit from this recent technology in the future, including sensors and displays.
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More than ever, printed and flexible electronics are on the rise. This is why we took a closer look on the current developments in these fields and gathered some trends for you.
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A team of Japan’s Waseda University reported an important milestone by printing electronic wiring onto ultra-thin sheets of a flexible elastomeric film with a household inkjet printer.
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