Congratulations to the incredible team at NoiseFigure Research and the University of Washington, Seattle, for their recent publication in the IEEE Journal on Flexible Electronics!
“Screen-Printed Flexible Antennas for 24-GHz ISM Band and mmWave Applications”
Read it here: https://lnkd.in/dTaZrN_y
This work showcases a breakthrough in additive manufacturing of flexible antennas using screen-printed copper conductive inks. The team successfully designed and fabricated antennas—including straight dipoles, meandering dipoles, and circular disk monopoles—on substrates like polyimide, glass, and alumina ribbon ceramics (ARCs), achieving impressive resolution (50 μm width/spacing) at high printing speeds (10,000 mm²/s).
A fantastic example of innovation at the intersection of flexible electronics, millimeter wave communication, and advanced manufacturing.
Full reference:
H. Lei, T. Patel, J. Lopez, and J. Devin MacKenzie, IEEE Journal on Flexible Electronics, vol. 4, no. 4, pp. 138–145, April 2025. DOI: 10.1109/JFLEX.2025.3560936
Thrilled to share that Copprint has been selected for the very first Amazon Devices Climate Tech Accelerator! This program gives...
ISRA Cards, a leading RFID manufacturer producing over 50 million cards annually, introduces the first copper-printed temperature and humidity sensor...
TNO achieves breakthrough in solar cells: electrodes made of copper instead of silver” https://tno.to/7c435c The Silver price is at a...
