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SUMMARY:Inkjet Printing Technology and its Applications. From a Droplet to
  3D Flexible Electronics and Artificial Tissues. - Professor Sungjune Jung
DTSTART:20200401T100000Z
DTEND:20200401T110000Z
UID:TALK141157@talks.cam.ac.uk
CONTACT:Kirsty Shepherd
DESCRIPTION:Inkjet printing technology encompasses the generation\, contro
 l and deposition of 10-100 um\nliquid drops. Besides graphic printing appl
 ications\, new opportunities for inkjet printing are\nstarting to be explo
 ited commercially in the manufacture of high value\, high precision produc
 ts.\nThis talk begins with the introduction ink rheology and inkjet proces
 s. Then\, I will present a 3D\nintegration approach to achieve technology 
 scaling in printed transistor density analogue to\nMoore’s law driven by
  photolithography. Process design kit for printed large-scale ICs and\ngat
 e dielectric studies for high yield and reliability will be discussed. Nex
 t\, I will present another\nnew application of inkjet\, which is high-reso
 lution pattering of living cells and biomaterials for\ntissue engineering 
 and regenerative medicine. It will be shown how living cells are ejected\n
 from micron-sized nozzle with single-cell accuracy and how multiple types 
 of cells can be\npatterned into 2D and 3D biological structures. Finally\,
  I will introduce the applications of 3D\ninkjet bioprinting\, including a
 lveolar capillary barrier\, engineered skin substitutes and highthroughput
  screening of printed organoid for personalized medicine.
LOCATION:Electrical Engineering\, Department of Engineering - EED Seminar 
 Room - 9 JJ Thomson Avenue\, Cambridge\, CB3 0FA
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