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You can now purchase four different Nordson EFD dispensing nozzles directly from the Voltera store. They are compatible with NOVA and V-One platforms, and provide a cost-effective alternative with excellent dispensing performance for conductive inks.

Highlighting research from Alex Kashkin and his team at MIT. Explore the design, fabrication, and experimental characterization of the first fully additively manufactured carbon nanotube (CNT) field emission electron sources

We explore the benefits of using nano copper inks to print UHF (Ultra High Frequency) RFID tags on paper using NOVA. In particular, we printed using Copprint's LF-301 nano copper ink.

Biomedical electrodes play a crucial role in evaluating the internal processes of the human body by converting biological stimuli into electrical signals. Electrodes printed on tattoo paper offer a promising alternative for monitoring biological activities

Our webinar on carbon inks highlighted NovaCentrix HPR-059's versatility in printed electronics. Covering application methods, benefits, and use in products like NOVA, it explored the inks' potential in shielding, sensors, and more. Access the replay here.

Learn more about our webinar on printing wearable electronics for fitness or biomedical monitoring using NOVA, Voltera’s materials dispensing system.

Voltera will be attending CPES 2023 — Canada's Flexible Printable Wearable Electronics Symposium — from May 17-18, 2023 in Montréal. CPES explores the broad spectrum of flexible and hybrid electronics (FHE) including printables and wearables, and the value chain required to bring innovative products and applications to market.

Conductor 3 is a new ink offered by Voltera that replaces Conductor 2. There are changes to curing, burnishing, and more that might impact your printing processes.

We're back in the OPE journal! Our co-founder and Product Director, James Pickard discusses our new platform, NOVA, and highlights some its applications for additive electronics.

Silver/silver chloride is a conductive ink typically used to print electrodes for biomedical applications. It’s a non-toxic, environmentally friendly ink with stable electrochemical potential used to create disposable on-skin medical electrodes for biosensors, like EKG, EEG, and ECG sensors.