UK-based Plastic Logic and French company ISORG have created what the pair tout as a first in flexible printed electronics: a large area, conformable, organic image sensor printed on plastic. (Source: ISORG and Plastic Logic)
What's really cool about this technology is there are no boundaries to applications development. In the videos that were presented, several gesture gaming control applications popped in my head. The impressive part about this imaging sensor is the ability to be package into any object because of its flexible - printed circuit attibutes.
Chuck, apps include anything with a camera. When image sensors started being made in CMOS instead of CCDs, that made it possible to include them in laptops (=webcams) and cell phones. When this prototype's process becomes higher-res and high-volume, they can be printed on flexible substrates, which means anything that's small: phones, wristbands, all kinds of places that we haven't thought of yet. Who ever thought years back that we'd have cameras in portable phones?
Ann, Good article and very interesting subject on the ISORG's flexible Image sensors. In watching the videos, which the demos were quite impressive, I noticed both the pdf browser and 3D image manipulation were operated with no human contact. I see a plethora of applications being developed within the HMI space because of the hand gesture control opposed to touch. Just wondering if this sensor technology uses capacitive-proximity detection for engaging with the target product? This new HMI tech could be part of CAD 2.0 article Cabe wrote recently. Very nice article indeed!!
At the JEC Europe 2015 composites show in Paris last month, makers of composite materials, software, and process equipment showed off their latest innovations. This year's show saw some announcements related to automotive applications, but many of the improvements came in the world of aerospace.
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A theme that was reflected in several ways at NPE 2015 was the use of 3D printing to assist in, or improve on, injection molding, as well as improvements in 3D printing materials and processes that are making better functional prototypes and end-use parts.
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