New Research Highlight – https://t.co/qdEjXnBDzG
Exciting new research in Microchemical Journal demonstrates how NovaCentrix Metalon gold and silver nanoparticle inks are enabling a cutting-edge paper-based immunosensor for detecting the antibiotic trimethoprim in water and fish.
Researchers leveraged inkjet printing with NovaCentrix Metalon JG-125 gold and JS-A191-S silver nanoparticle inks to create a highly sensitive, reproducible, and sustainable platform for environmental monitoring.
✓ Label-free electrochemical immunosensor on paper-like substrate
✓ Ultra-low detection limits (0.0093 µg/L) for trimethoprim
✓ High selectivity against common contaminants
✓ Excellent reproducibility and 14-day stability
✓ Achieved high AGREE score (0.77) for sustainability
This work highlights the power of printed electronics and advanced conductive inks in developing practical, environmentally friendly solutions for critical global health and safety challenges.
#PrintedElectronics #Biosensors #InkjetPrinting #NovaCentrix #MetalonInk #EnvironmentalMonitoring #AntibioticDetection #SustainableTech
New Research Highlight - https://t.co/0ltY2faUX1
Researchers leveraged NovaCentrix JS-A426 silver nanoparticle ink for aerosol jet printing of advanced surface temperature sensors, enabling high-resolution heat flux determination in extreme environments like internal combustion engines.
This work, published in the International Journal of Heat and Mass Transfer, demonstrates how architected-wall sensors, fabricated with our conductive inks, offer a flexible and robust alternative to traditional methods.
✓ NovaCentrix JS-A426 ink used for aerosol jet printing of RTD sensing elements.
✓ Engineered insulating layer amplifies temperature swing by up to 54x.
✓ Aerosol jet printing offers greater manufacturing flexibility than lithography.
✓ Sensors provide comparable, high-resolution heat flux data in shock tube and engine tests.
✓ Critical for optimizing energy converters and understanding thermal dynamics.
We're proud to see our materials enabling cutting-edge sensor technology for demanding applications.
#NovaCentrix #PrintedElectronics #AerosolJetPrinting #ConductiveInks #Sensors #HeatFlux #InternalCombustionEngines
New Research Highlight – https://t.co/6vTaZt5dYs
A recent paper in IEEE Sensors Letters showcases how NovaCentrix HPS-FG77 silver nanoflake ink is enabling the manufacture of high-performance hybrid sensors on sustainable nanocellulose-coated paper.
Researchers successfully integrated silicon chips with screen-printed silver traces, achieving robust flip-chip bonds and excellent conductivity, paving the way for next-generation sustainable electronics.
✓ Nanocellulose coating reduces paper roughness from 4.23 µm to 0.60 µm
✓ 18.1% increase in flip-chip bond yield with improved trace uniformity
✓ NovaCentrix HPS-FG77 ink resistivity decreases 4× with optimal annealing
✓ Two-step annealing process preserves bond yield while reducing daisy chain resistance by 55%
✓ Circuit resistance comparable to devices on polyimide substrates
This work highlights the critical role of advanced conductive inks in advancing sustainable and high-performance printed electronics.
#PrintedElectronics #HybridSensors #Nanocellulose #NovaCentrix #SilverInk #SustainableElectronics
The resulting stator demonstrated:
⚡ Currents above 5 A
⚡ Continuous operation up to 20.7 W
⚡ Operating temperatures up to 150 °C
⚡ Torque output of 0.51 N·mm/A
⚡ A functional motor capable of drilling through foam
Heartbroken, we say goodbye to Mike Webb. Mike was our HR rock and valued by everyone. If you ever visited our offices, Mike was there to greet you with a smile! Mike, RIP, we miss you! And as he would say, "Get checked early and often!" #coloncancer
A great opportunity to meet with @PulseForge CTO Kurt Schroder Sept 5-6 at Swiss ePrint. DM us to schedule time with Kurt to chat about advancements in our #technology and how #PulseForge can help with your #research and processing challenges.
We love seeing #sustainability efforts as a decisive driver for brands! Check out this article from @DesignNews featuring bicycles made entirely from recycled plastic! https://t.co/3jooI78ret
Our unique #debonding tools save time, money, and energy without using ash or #chemicals enabling countless #applications in wafer-level and panel-level packaging and versatile integration! #PulseForge
Did you know our #PulseForge Digital Thermal
Processing uses 85% less #energy consumption than
conventional #soldering by replacing expensive
substrates with low-cost, temperature-sensitive
substrates? It’s fast, versatile, and efficient!
#Curing with #PulseForge’s Digital Thermal Processing enables endless next-gen applications like product tracking #sensors, smart packaging, #printed medical heaters, and so much more! DM us to learn more!