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Inorganic and Composite Printed Electronics 2009-2019 
World's only report on these technologies, presenting forecasts, players, technologies and opportunities

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The Impact of Printed Electronics on the Printing Industry 
Dr Reinhard R Baumann, Head of Special PrintMedia Projects MAN Roland Druckmaschinen AG, Germany at Printed Electronics USA 2005

New Solutions for Ink Jetting Electronics 
Dr Linda Creagh, Business Dev Director, Materials Deposition Div Dimatix, Inc., United States at Printed Electronics USA 2005

How far away are Production InkJet Systems?" 
Mr Mark Hanley, President IT Strategies, United States at Printed Electronics USA 2005

A Comparison of IJ Printed Conductors to Conventional Processes 
Mr Chuck Edwards, General Manager, PEDs Cabot Superior Micropowders, United States at Printed Electronics USA 2005

Reel to reel production of polymer electronics 
Staffan Nordlinder, Acreo, Sweden at Printed Electronics USA 2005

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Suitability of printing technology (part 5)
19 January 2005
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Suitability of printing technology (part 5)

 
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Dip Pen Nanolithography - a more distant dream
DPN, meaning Dip Pen Nanolithography is very much in the laboratory for now, promising much but not near commercialisation.Dip-pen nanolithography (DPN) was first developed by Dr. Seunghun Hong, Assistant Professor of Physics, and his co-workers from Florida State University in 1999.
 
DPN is a direct deposition technique that utilises a very sharp needle (an atomic force microscope tip) as a pen, organic materials as ink and solid substrates as paper. In comparison to a conventional ink jet printer that has the ability to achieve a minimum feature size of approximately 10 microns (the diameter of a human hair), the current resolution of DPN (approximately 10 nanometers, a thousand times thinner than a human hair) means a revolution of direct printing technology. The principle is shown in the figure.
 
The principle of Dip Pen Nanolithography
Source: Scientific American
 
 
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