Winners  and their categories:

 LG Displays won Technical Development Device award winner for the world's highest resolution 14.3-inch flexible colour e-paper display. It has a resolution of 2560 by 1600 sub-pixels and the ability to display nearly 16.7m colours. This display uses electronic ink between Thin-Film Transistors  on a thin stainless-steel-foil substrate and Colour Filter Array coated onto the plastic substrate, allowing it to recover its original shape after being bent as well as to produce colour images.  To make this new display possible proprietary processing technologies that minimise panel deformation and prevent circuit structure change during high-temperature processes were developed.

Hewlett Packard &PowerFilm Solar  won TechnicalDevelopment Manufacturing award after taking Self Aligned Imprint Lithography (SAIL) all the way into a fully roll-to-roll process. Bottom gate TFTs with both amorphous silicon and zinc tin oxide have been created. Winner Carl Taussig, from HP Labs, reports, "Not only does our solution eliminate the need for any alignments, but it eliminates the costly photolithography process which dominates the cost of conventional active matrix backplane manufacturing."

Ciba won Technical Development Materials award for developing a broad range of conductive inks to allow low-cost printing of conductive structures on diverse substrates. XYMARAT Electra inks most impressive advantages are the low drying temperatures and good line definition. The low drying temperature of the inks - down to 70°C - allows customers to print with excellent adhesion on a large number of substrates. The inks can be printed at high speeds with superior line definition and spacing down to 80µm.

PolyIC won the Product Development award, for realising the  world's first  printed RFID tag presented in September 2007. This tag is the first product of the PolyIC product line PolyID&reg. it consists of roll-to-roll printed transponder chips based on the polymer semiconductor polythiophene printed on flexible polyester film. The chips are mounted on a low-cost antenna and work at the high-frequency range of 13.56 MHz4.      .

 GSI Technologies won the Best Commercialisation award for the manufacture of a variety of functional printed products including medical devices, smart card inlays, EL lamps and antennas. Its largest product line is biomedical sensors, with a production quantity of greater than 1bn units/year and a  >99.5% yield, monitored with real-time SPC and 100% automated visual inspection.

The judges looked for companies that had created a successful business selling printed electronics products. mAdam Laubach, CTO and GM of the Functional PrintingTM division had this to say as he accepted the award:



"I am proud to accept this award on behalf of our customers who brought us the opportunities and entrusted us to deliver their development and production needs; engineers and production personnel; and investors. This success is an example of our 'Lab to FabTM' model that GSI has been practising in functional printing for about 10 years.

Wolfgang Mildner, CEO of PolyIC was declared the Printed Electronics Europe Champion in recognition of an individual who has made an outstanding contribution to the industry by promoting it to a wider audience, and by also achieving significant technical and commercial development in their own companies.  Mildner has been active in promoting the industry globally, both in his role as CEO of PolyIC, and as chairman of the Organic Electronics Association (OE-A). His company has also made significant technical developments. Mildner commented, " This industry is in an exciting phase of development from the lab to production, where we experience fruitful collaboration between enthusiastic people and companies."



Webs: http://www.lge.com/about/corporate/business_digitaldisplay.jsp
http://www.hpl.hp.com/news/2008/apr-jun/sail_award.html
http://www.ciba.com/
http://www.polyic.com/
http://www.polyic.com/