DPN 5000 System Jan 21, 2009

The DPN 5000, the next generation desktop nanofabrication system, offers versatile nanopatterning capabilities along with high-performance AFM (atomic force microscopy) imaging for characterization of deposited patterns. NanoInk has developed a variety of custom MEMS-based ink delivery devices, allowing a wide range of materials to be deposited.

System highlights include a new ultra-low noise scanner with closed loop flexure technology to produce accurate and repeatable nanoscale patterns. For subsequent imaging of substrates, a low coherence laser with a reduced laser spot size assures high quality lateral force imaging.

In addition, NanoInk’s enhanced lithography software, InkCAD™ 4.0, features improved control of tip-based patterning, along with nanoscale mapping and positioning.

NanoInk introduces the next generation desktop nanofabrication system: The DPN 5000™ System, which evolved from the NSCRIPTOR™.

The DPN 5000 offers versatile nanopatterning capabilities along with high-performance AFM (atomic force microscopy) imaging for characterization of deposited patterns. NanoInk has developed a variety of custom MEMS-based ink delivery devices, allowing a wide range of materials to be deposited.

System highlights include a new ultra-low noise scanner with closed loop flexure technology to produce accurate and repeatable nanoscale patterns. For subsequent imaging of substrates, a low coherence laser with a reduced laser spot size assures high quality lateral force imaging.

In addition, NanoInk’s enhanced lithography software, InkCAD™ 4.0, features improved control of tip-based patterning, along with nanoscale mapping and positioning.

NanoInk’s MEMS facility manufactures DPN patterning tools including single probes, 1D passive and active probe arrays, 2D probe arrays, inkwells for coating tips, and substrates. These devices allow researchers to create nanostructures using numerous materials including proteins, DNA, nanoparticles, and polymers.