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Inks and Method to Produce Flexible, Transparent and Stretchable Circuits by Electro-Hydrodynamic Printing

Details

Project TitleInks and Method to Produce Flexible, Transparent and Stretchable Circuits by Electro-Hydrodynamic Printing
Track Code2015-039
Websitehttp://www.uta.edu/research/_docs/otm/All%20Marketing%20Summaries/15_39_12152015.pdf
Short DescriptionNone
AbstractNone
 
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Posted DateAug 31, 2017 3:34 PM

Researcher

Name
Muthu Wijesundara

Manager

Name
Koffi Selom Egbeto

Technology Need

Current methods of printing circuits are complex and expensive. Available alternative methods waste lots of precious metals and cannot print a 5-10 micron thin film. Moreover, it is tiring to manage N number of electronic devices and the data stored on them. A flexible device with 2-in-1 role, i.e. size of a mobile and functionality of a tablet is needed. The PCB’s available in market are not capable to meet these technical needs. The ability to stretch and fold high resolution circuits on demand is required. Hence an alternative product and a manufacturing method that will assist the companies to cut down cost are desired.

Invention Description/Solution

Researchers at UTARI have developed an innovative device and solution to print conductive ink via inkjet printers. It uses the electro-hydrodynamic printing method. This method reduces the use of precious metals while manufacturing circuits. Its ink can print stretchable and transparent circuits. Challenges of printing foldable sensors on flexible surfaces are also resolved.  To make the circuits reliable for different applications, the composition of ink can be easily modified. A 5-10 microns thin film can be made by this method. This innovative printing nozzle is reusable, robust and quick to assemble. Moreover, the ink has excellent stability and dexterity for mass production.

Commercial Applications

  •       Flexible Displays
  •       PCB manufacturing
  •       Consumer Electronics
  •       Flexible Solar Cell
  •       Pressure Sensors
  •       Direct Device Printing

Competitive Advantages

  •       Flexible, transparent and stretchable.
  •       Faster production cycles
  •       Compatible on many surfaces
  •       Low Cost Solution
  •       Reduction in chemical use
  •       Reduction in use of precious metals.

Stage of Development

Prototyped and tested

Related Technologies

Meet Our Inventor

Intellectual Property

Patent Number Issue Date Type Country of Filing
15/160,969 None Utility United States