These miniature scaffolds for 3D circuits are designed to assemble themselves.
3 minutes read
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Nanomaterials are integrated into the 3D printing process to enhance the performance of printed electronics.
Flexible Multilayer Electronics combine flexibility with advanced functionality, enabling applications in wearables, biosensors, defense, and consumer electronics. This article explores how technologies like Voltera’s NOVA platform are making their development more accessible.
Explore key methods like Direct Ink Writing, screen printing, and jet dispensing, and learn how Voltera’s V-One and NOVA are transforming the solder paste application process for improved accuracy and efficiency.
The printed solenoids could enable electronics that cost less and are easier to manufacture — on Earth or in space.
In the world of printed electronics, surface energy often comes up around the interactions of materials, specifically when we’re printing conductive inks onto various surfaces (substrates).
7 minutes read
Sang-Hoon Bae and collaborators have demonstrated integrated processing hardware they say could revolutionize AI computing
2 minutes read
Additive electronics is sustainable reduceing copper and water consumption vs. the traditional PCB production processes by 70% and 95%, respectively whilst reducing the carbon footprint by 75%. Here you will read about the latest advances by one of the leading firms in the field from Japan
4 minutes read
Announcing TechBlick's free-to-attend virtual conference and exhibition covering innovations in Wearable Sensors | E-Textiles | Printed Electronics & Beyond. It is a unique event with two-parallel live tracks, a live engaging exhibition floor, and 400+ attendees. See details & registration link here
2 minutes read
Carnegie Mellon University collaborators pioneer the CMU Array—a customizable, 3D nano-printed, ultra-high-density microelectrode array platform for next-generation brain-computer interfaces. This technology can transform the way doctors are able to treat neurological disorders.
3 minutes read
Cost of production has been a major barrier despite the fact that Cu raw material prices are far lower than Ag. This is because this large raw material cost difference does not often get translated into equally large nanoparticle dispersion or ink costs. Can this be overcome?
Flexible electronics have enabled the design of sensors, actuators, microfluidics and electronics on flexible, conformal and/or stretchable sublayers for wearable, implantable or ingestible applications.
Molecular particle free inks can offer extreme formability and stretchability, allowing the design and production of 3D shaped and/or in-mold electronics parts with extreme curvatures and complex shapes.
As NASA prepares to send astronauts back to the Moon to live and explore, capabilities for space-based manufacturing of sensors, circuits, and other electronics will become increasingly critical. Recent microgravity flights have helped to advance cutting-edge methods for 3D printing of electronics
4 minutes read
How to overcome the traditional limits of LDS (laser direct structuring) to metallize 2D and 3D objects made from all kinds of surfaces?
