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NovaCentrix Ink Powers Durable Antennas on Sustainable Nanofiber Substrates

NovaCentrix Ink Powers Durable Antennas on Sustainable Nanofiber Substrates

Discover how NovaCentrix Metalon® JS-A221AE silver nanoparticle ink enables the aerosol jet printing of robust antennas on eco-friendly acetylated cellulose nanofiber, offering a sustainable alternative to traditional plastics for printed electronics.

NovaCentrix Ink Powers Next-Generation Wearable for High-Density EMG and Ultrasound Imaging

Metalon JS-ADEV ET010 Silver Nanoparticle Ink Enables a Highly Conformable and Ultrasound-Transparent Patch for Advanced Neuromuscular Monitoring The field of wearable medical devices is constantly pushing the boundaries of what’s possible, especially in areas like neuromuscular monitoring. A recent publication in IEEE Transactions on Neural Systems and Rehabilitation Engineering highlights a significant leap forward with […]

Research Highlight: From Printed Stators to Fully 3D-Printed Motors and Robots

NovaCentrix HPS-FG77 Conductive Ink Helps Enable Fully Additive Electromechanical Systems Earlier this year, we highlighted research from the Sensing Technologies Laboratory at Georgia Tech, led by Prof. Ellen Yi Chen Mazumdar, demonstrating a fully additively manufactured multilayer motor stator enabled by NovaCentrix HPS-FG77 silver nanoparticle ink. That work showed how conductive inks could move beyond […]

NovaCentrix Silver Ink Supports Measurable Sustainability

NovaCentrix Silver Ink Supports Measurable Sustainability

Inkjet-Printed Metallization Helps Reduce Environmental Impact in Early-Stage LCA for Flexible Electronics As printed electronics move from the lab toward real-world deployment, the conversation around sustainability is becoming more rigorous. A newly published paper in Advanced Electronic Materials provides a practical framework for bringing Life-Cycle Assessment (LCA) into early-stage technology development—and NovaCentrix silver ink plays […]

Discover how Metalon® JG-106 gold nanoparticle ink enables a low-cost, high-sensitivity paper-based electrochemical sensor for tuberculosis detection.

NovaCentrix Enables Scalable Paper-Based Biosensors for Tuberculosis Drug Monitoring

Metalon® JG-106 Gold Nanoparticle Ink Powers a Low-Cost, High-Sensitivity Electrochemical Sensor for Isoniazid Detection Printed electronics continues to expand its reach into clinical and point-of-care diagnostics, and a newly published study in Advanced Sensor Research offers a compelling demonstration of how the right conductive ink can transform a paper substrate into a high-performance analytical device. […]

NovaCentrix Silver Nanoparticle Dispersions Enable Electrified Membranes for Sustainable Water Treatment

NovaCentrix Silver Nanoparticle Dispersions Enable Electrified Membranes for Sustainable Water Treatment

From Printable Nanomaterials to High-Performance Electro-Conductive Membranes As global water stress intensifies, membrane fouling and energy efficiency remain critical barriers to sustainable water treatment. A newly published study in Advanced Sustainable Systems demonstrates how NovaCentrix silver nanoparticle dispersions can unlock a new class of electro-conductive, antifouling filtration membranes—combining conductivity, antibacterial activity, and scalability in a […]

NovaCentrix Enables Next‑Generation Plasma Actuators via Aerosol Jet Printing

Metalon® Silver Inks Drive Precision, Performance, and Robustness in Advanced Plasma Actuation Additive manufacturing continues to redefine what’s possible in functional electronics—and a newly published study in Sensors & Actuators: A. Physical demonstrates just how far printed materials can go when paired with the right ink technology. In work led by researchers from CERTH, Delft […]

From Ink to Performance: What Laser Sintering Studies Tell Us About Silver Nanoparticle Ink Design

From Ink to Performance: What Laser Sintering Studies Tell Us About Silver Nanoparticle Ink Design

At NovaCentrix, we often say that printed electronics performance begins with the ink—but it is ultimately realized through the process. A recently published study in the International Journal of Heat and Mass Transfer provides an excellent illustration of this principle by combining detailed experiments and data-driven modeling to understand laser sintering of printed silver nanoparticle […]

NovaCentrix Conductive Inks Enable 3D-Printed Motor Stators

Enabling Fully Additive Electric Motors: The Role of Conductive Inks in Next-Generation Manufacturing

Additive manufacturing of functional electromechanical systems has long promised new design freedom—but until recently, practical limitations in materials, processing compatibility, and reliability have constrained what could truly be built. A recently published study from Georgia Tech demonstrates how these barriers are beginning to fall, showcasing a fully additively manufactured, multilayer radial flux electric motor stator […]

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