Sentences with phrase «flexible plastic technology»

Designed by scientists at Cambridge University's Cavendish Laboratory, Plastic Logic utilizes flexible plastic technology that has been in development for 10 years.

Developed by scientists at Cambridge University's Cavendish Laboratory, Plastic Logic uses flexible plastic technology that has been in development for 10 years now.

Originally developed by scientists at Cambridge University's Cavendish Laboratory, the Plastic Logic uses flexible plastic technology that has been in development for 10 years now.

Not exact matches

These plastic electronic displays could also provide smartphones with shatterproof displays (good news for anyone who's inadvertently tried drop - testing their phone onto the pavement) and lead to the next generation of flexible wearable technology.

There are several industry collaborations that are working to identify technologies to make collection and sortation of flexible packaging waste feasible and economically effective, as well as research into chemical recycling, which degrades the mixed plastics into monomers or basic chemicals to turn into new products.

So - called flexible electronics technology is most often associated with slim computer displays that bend like plastic.

Although the use of rigid metal and plastic parts tends to result in stiff, mechanical motion, a team at the Massachusetts Institute of Technology (M.I.T.) is experimenting with the use of a single piece of flexible silicon and urethane polymer to create robotic fish that smoothly wriggle through the water much like their natural counterparts.

An industry collaborative today announced the findings of a research program which showed that automated sorting technologies in use today can be optimized to capture flexible plastic packaging.

From 1998 to 2001, he served as Technology Manager for the Flexible Plastics Business Organization and subsequently as Business Unit Manager for the Polyethylene Business.

Plastic Logic has long been associated with the development of flexible displays, but we have yet to see a successful commercial application of the technology so far.

Plastic Logic has already established a partner program to work with leading global display makers and consumer electronics companies to enable flexible, plastic AMOLED supply chains through licensing and technology transfer to mass volume producers,» the press release rePlastic Logic has already established a partner program to work with leading global display makers and consumer electronics companies to enable flexible, plastic AMOLED supply chains through licensing and technology transfer to mass volume producers,» the press release replastic AMOLED supply chains through licensing and technology transfer to mass volume producers,» the press release revealed.

A «buyer's guide» to flexible plastic e-paper displays Display technology is ubiquitous — meaning we all spend a lot of time engaging with «screens» of some kind... most of which are made of glass.

The device is based on the «Reflex LCD» technology so that the Boogie Board is in reality a flexible plastic that is sensitive to pressure.

Plastic Logic's pride and joy is the flexible screen technology called «PlasticPaper.»

The flex AMOLED display was made using Plastic Logic's truly flexible oTFT backplane technology, combined with Novaled's OLED frontplane materials.

Splinterproof display is there to be seen in e-readers like Plastic Logic's Que e-reader and also many manufacturers like e-Ink and Bridgestone are planning to develop flexible e-reader display technology.

A reliable source from the company confirmed to me they were working at the project for the last two years, and now all the pieces of the puzzle are finally coming together: better technology (Processor, RAM and flexible plastic screen), ripe software, an affordable price for the customers, and a generous investor believing in the future of large e-readers.

«Our leading - edge plastic electronic technology, proven manufacturing process and can - do customer focus enables our customers to bring robust, flexible, functional, low - power glass - free display - based products to market, which creates exciting opportunities for market growth, differentiation and competitive advantage.

Durable, flexible displays have been made possible by our leadership in plastic electronics technology and our development and industrialisation of the organic thin film transistor (OTFT).

New flexible display technology from Plastic Logic promises good things, too, however the main problem remains not how to display text, rather it is how to link different versions of the same text together for use across devices, because what we call «books» today are now available in many different contexts and interfaces.

The result, a flexible, transmissive backplane, represents a significant breakthrough in the manufacture of new large area image sensors and demonstrates the potential use of Plastic Logic's unique flexible transistor technology beyond plastic diPlastic Logic's unique flexible transistor technology beyond plastic diplastic displays.

But the technology is rapidly moving to plastic substrates that will make e-paper almost as flexible as... paper.

Plastic Logic has developed a flexible plastic display technology using organic thin film transistors Plastic Logic has developed a flexible plastic display technology using organic thin film transistors plastic display technology using organic thin film transistors (OTFT).

The technology was first developed by the Cambridge University, uses high - resolution transistor arrays on flexible plastic substrates, manufactured at low temperature.

Let our plastic electronics technology open up a world of flexible product possibilities for your customers... More

Plastic Logic's electrophoretic display technology makes the badges robust, but flexible, whilst being incredibly low power for multiple days usage, combined with Blendology's «OneTap» technology.

To build e-paper, several different technologies exist, some using plastic substrate and electronics so that the display is flexible.

As with electrophoretic technology, e-paper displays built using Liquavista's technology could be manufactured on a flexible plastic substrate, making them thinner and lighter.

The display uses E Ink's Fina screen technology, which is glass - based, unlike Sony's 13.3 - inch DPT - S1 PDF reader, which uses a flexible plastic - based Mobius screen.

If you want to know more about flexible plastic e-paper display technology's suitability for a given use case and to get some inspiration via the applications which are already successfully showcasing the opportunities and rewards achievable through flexible e-paper innovation check out our latest flexible e-paper whitepaper.

By incorporating Plastic Logic's leading - edge flexible plastic electronic technology, L!BER8 has created a bracelet whereby the fPlastic Logic's leading - edge flexible plastic electronic technology, L!BER8 has created a bracelet whereby the fplastic electronic technology, L!BER8 has created a bracelet whereby the final...

Plastic Logic owns the leading OTFT technology that is suitable for developing flexible EPD device in wearable applications.

Our leading - edge plastic electronic technology, proven manufacturing process and can - do customer focus enables our customers to bring robust, flexible, functional, low - power glass - free display - based products to market which create exciting opportunities for market growth, differentiation and competitive advantage.

This was essentially a reintroduction of the well - known electrophoretic display technology, but microcapsules meant the display could be made on flexible plastic sheets instead of glass.

Plastic Logic's display technology, first developed at Cambridge University, uses highresolution transistor arrays on flexible plastic substrates, manufactured at a low tempePlastic Logic's display technology, first developed at Cambridge University, uses highresolution transistor arrays on flexible plastic substrates, manufactured at a low tempeplastic substrates, manufactured at a low temperature.

According to a new report by The Wall Street Journal, the supplier has figured out a way to manufacture flexible liquid crystal display (LCD) panels using technology and processes it already has at its disposal.Set to begin mass production in 2018, Japan Display's flexible LCD panels are said to be built with a layer of plastic instead of glass.

Samsung unveiled its Youm flexible display technology at the 2013 Consumer Electronics Show and showcased at the 2014 CES a flexible display prototype made with a plastic substrate, which works well with AMOLED displays.

«Apple's choice of a plastic AMOLED as the display medium for its Watch reflects not only its strategy of emphasizing quality, but also suggests increasing confidence in flexible displays as an enabling technology for wearable computers,» Annis added.

The company has since incorporated the technology into devices like the Galaxy S6 Edge, Galaxy S6 Edge + and the recently - launched Galaxy S7 Edge, all of which come with OLED displays that are manufactured on a flexible plastic substrate, allowing for the curved edges along both sides.