NanoInk Incorporation

Skokie, IL, United States

NanoInk Incorporation

Skokie, IL, United States
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Sanedrin R.G.,NanoInk Incorporation | Amro N.A.,NanoInk Incorporation | Rendlen J.,NanoInk Incorporation | Nelson M.,NanoInk Incorporation
Nanotechnology | Year: 2010

Dip-pen nanolithography (DPN) has emerged as a powerful tool for creating sophisticated micron-and nanoscale features of various molecules, such as small organic molecules, on a variety of substrates. Despite significant advances in recent years, the influence of temperature on molecular transport for nanostructure fabrication has not been fully explored. Herein, it is shown how the dimensions of patterned organic nanostructures can be controlled by using a cooling/heating module. This method allows nanometer-sized feature fabrication of a variety of small organic molecules, including 'inks' that have been deemed very difficult to write under ambient conditions. Features with dimensions as small as 30nm have been successfully reproduced using the newly developed temperature control device in conjunction with DPN. © 2010 IOP Publishing Ltd.


PubMed | NanoInk Incorporation
Type: Journal Article | Journal: Nanotechnology | Year: 2010

Dip-pen nanolithography (DPN) has emerged as a powerful tool for creating sophisticated micron- and nanoscale features of various molecules, such as small organic molecules, on a variety of substrates. Despite significant advances in recent years, the influence of temperature on molecular transport for nanostructure fabrication has not been fully explored. Herein, it is shown how the dimensions of patterned organic nanostructures can be controlled by using a cooling/heating module. This method allows nanometer-sized feature fabrication of a variety of small organic molecules, including inks that have been deemed very difficult to write under ambient conditions. Features with dimensions as small as 30 nm have been successfully reproduced using the newly developed temperature control device in conjunction with DPN.

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