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 […]
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 […]
At NovaCentrix, we are proud to support cutting-edge research that transforms gold nanoparticle ink into a powerful tool for global health. Two recent publications from Old Dominion University, using our gold ink, exemplify how inkjet-printed gold electrodes are enabling the next generation of low-cost, highly sensitive biosensors for cancer diagnostics. Gold Ink at the Core […]
At NovaCentrix, we’re always excited to see what happens when cutting-edge ideas meet the right materials. One recent paper caught our eye—not just because our Metalon® HPS-108AE1 silver flake ink was featured front and center, but because it shows exactly what’s possible when precision printing meets wearable tech. In this study, a team of researchers […]
At NovaCentrix, we’re passionate about discovering how our products are advancing innovation through our customers and technical partners. Collaborations with academia are especially inspiring as they often push the boundaries of innovation, uncovering new possibilities for products and manufacturing. Today, we’re thrilled to spotlight groundbreaking research by Prof. Fernandez’s group at Norfolk State University. We […]
