Oxford PV Sees Strong Potential for Perovskite


With efficiencies climbing above 20 percent, perovskite technology is drawing much interest in the solar market.


By David Savastano, Editor

There are a number of interesting technologies being developed and commercialized for photovoltaics (PV). Crystalline silicon, cadmium telluride (CdTe), amorphous silicon (aSi), copper indium gallium diselenide (CIGS), dye sensitized solar cells (DSSC) and organic photovoltaics (PV) have all drawn attention for the potential they have for producing energy. Each of these are at various stages of commercialization, with crystalline silicone and CdTe leading the way.

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PE Companies Pick Up $120 Million in Funding in 3Q 2014


Wide range of applications receive funding, with Kateeva and Heliatek leading the way


By David Savastano, Editor

There are a lot of ways to judge the viability of a fledgling industry, but one fairly safe approach is by seeing if investment money is flowing into businesses, and what companies are doing with the funding.

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Printed Electronics USA 2014 to Focus on New Opportunities for PE


By Jaguar Land Rover, adidas, Hallmark and Sylvania among the keynote speakers at PE USA 2014

By David Savastano

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HP Develops New Materials for Flexible Printed Electronics


Sees potential for printed electronics in flexible displays, solar cells and more


By David Savastano, Editor

There are certain technology-rich companies to keep an eye on when promising new technologies surface. These companies typically have placed an emphasis on R&D and have the financial power to make headway into markets.

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Printoo Simplifies Prototyping for PE Producers


Ynvisible and its partners offer an easier approach to prototyping through module approach


By David Savastano, Editor

Printed electronics (PE) offers lots of opportunities for companies to devise ways to utilize inexpensive, flexible electronics systems for their products, but actually gathering all of the materials can be a time-consuming project.

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Cima NanoTech - SANTE Network Self-Assembly Process
Watch this video to witness how SANTE Technology self-assembles into a transparent conductive nanoparticle network.

Dr. Davor Sutija
Discusses Thin Film Electronics' Latest Moves

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October
Oct 22-24: 2014 SGIA Expo and Printed Electronics Symposium, Presented by SGIA and Flextech
Oct 28-28: OE-A 10th Annual General Assembly
Oct 28-29: OE-A 33nd Working Group Meeting
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The Future of Flexography and Lithography in Printed Electronics
Printing has been long-established as a cost-effective way of creating layers of materials in electrical and electronic products.

Printing on Non-porous Substrates with Thermal Ink Jet
This paper addresses the challenges of using aggressive inks in thermal ink jet (TIJ) print cartridges to enable printing on non-porous substrates. Non-aqueous inks are required to achieve the performance characteristics desired including print speeds, image quality and image durability on non-porous substrates. Thermal ink jet technology has traditionally been considered only for aqueous inks. Some of the challenges of using non-aqueous inks in thermal ink jet print cartridges are being solved and thus the benefits of thermal ink jet are now available for non-porous printing applications. As the TIJ technology can be extended for jetting not only inks, but also other fluids, the terms ink and fluid are used interchangeably in this paper.

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