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Micro Fabrication Using High Resolution Xerographic Printer

Technology #z03098-z08001

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Gold Nanoparticle Micropattern AssembliesMicropatterns from a Nano Xerographic PrinterNano Xerographic Printer Producing Microelectronics
Heiko Jacobs, PhD, Professor, Department of Electrical and Computer Engineering, School of Science and Engineering
Dr. Jacobs' Heterogeneous Integration Laboratory deals with the development of integration technologies that can print, assemble, and interconnect materials and disparate components in two and three dimensions across existing length scales and material boundaries.
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Larry Micek
Technology Licensing Officer 612-624-9568
Patent Protection
US Patent 7,232,771
US Patent 7,592,269

Micro Fabrication with a High Resolution Xerographic Printer

The high resolution xerographic printer uses electrostatic interactions to create high resolution circuits on the nano scale and operates like a laser printer for microelectronics. These devices use a stamp to produce a micro assembly based on deposition. The xerographic printer produces micropatterns on circuits.

MN-IP Try and Buy
  • Trial fee is $5,000 for a six month license
  • $30,000 conversion fee (TRY to BUY)
  • No patent costs
  • Royalty rate of 3% (2% for MN company)
  • Royalty free for first $1M in sales

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** Contact Larry Micek for specific details. **

MicroPatterned Media and Micro Fabrication of Quantum Dot Arrays

The microelectronic xerographic printer allows for the flexible and fast deposition of charged nanoparticles, molecules, and integrated circuits onto a substrate to form a patterned micro assembly. The nanoparticles may be deposited from gas, liquid, or powder onto patterned areas up to 1 〖cm〗^2 in a single simple step using a conductive flexible stamp. The stamp is produced using oxygen plasma etching. This stamp is flexible and the micropattern is transferred to a substrate using contact charging with a resolution smaller than 150 nanometers which is up to a thousand times better resolution than existing xerographic printers.

The technology has applications in patterned media (optical, magnetic, and electronic media), micro patterned materials(DNA, biological macromolecules, nanoparticles), patterned catalysts, as well as micro fabrication of quantum dot arrays.


  • Produces resolutions smaller than 150 nanometers which is up to a thousand times better resolution than existing technologies
  • Improved nanoparticle distribution, dimension, and material control on the substrate compared to other xerographic printers
  • Applications in micro fabrication of a quantum dot arrays/circuits or biological macromolecules