DPN Technology / Application Notes

Application Notes

In addition to doing DPN®, the NSCRIPTORT DPN System can be used for performing more general oxidation nanolithography without a coated tip.
Reference: AN001

DPN® Templating Application Note

The DPN process can be used for generating chemical and biomolecule templates for directing the assembly of complex structures based on choice of template-particle interaction.
Reference: AN002

NIL Master Stamps Application Note

The DPN® process can readily be used to make a master stamp for use with nanoimprint lithography (NIL). Using the NSCRIPTORT DPN System, one can effectively create a structural template that serves as an etch-resist mask for subsequent processing into a 3-D stamp
Reference: AN003

Protein Arrays Application Note

The DPN® process is used to produce spotted nanoarrays of protein antibodies that can be treated with patient samples and then detect for the presence of HIV. The use of DPN for creating nanoarrays of biomolecules serves to miniaturize the screening experiment to the extreme.
Reference: AN004

Just Add DNAT Application Note New!

Just Add DNA represents the most recent developments in DPN® patterning of biological molecules and provides all of the tools along with the knowledge necessary to successfully produce nanoscale DNA dot arrays via Dip Pen Nanolithography®. NanoInk has worked to optimize DNA writing by creating tailored inks, cantilevers, and microfluidic ink delivery wells.
Reference: AN005

C-AFM Module Application Note New!

NanoInk's C-AFM Module has been designed to be used with the NSCRIPTORT DPN® System. The module enables conductivity mapping of a wide range of sample conductivities while minimizing potential tip and sample damage.
Reference: AN006

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