
How to Screen Print Conductive Ink on Fabric: A Complete Guide
Wearable electronics and flexible circuits are transforming how we integrate technology into everyday life, opening the door to smart textiles, fitness trackers, and real-time health
NovaCentrix Blog
Rudy is the VP of Business and Applications Development at NovaCentrix. Rudy joined NovaCentrix in 2017 and has since held roles ranging from Applications Engineer to Technical Lead and Director of Sales (at PulseForge). Currently, he focuses on business and applications development to align with NovaCentrix’s customer needs. Before NovaCentrix, Rudy was the Lead Scientist at Applied Novel Devices Inc., where he worked on ultra-thin solar cells for the Department of Defense. As a post-doctoral researcher at the University of Texas at Austin, he led efforts at the Microelectronics Research Center on 2D material growth. Rudy holds a PhD in Physics from the University of North Carolina at Chapel Hill and an MS in Physics from IIT Bombay. With over 20 years of materials science research experience and more than 30 technical publications, Rudy combines technical expertise and business acumen to support NovaCentrix’s customers.
Wearable electronics and flexible circuits are transforming how we integrate technology into everyday life, opening the door to smart textiles, fitness trackers, and real-time health
At NovaCentrix, we know that innovation in printed and flexible electronics isn’t just about having the best technology—it’s about building the right ecosystem. The real
At NovaCentrix, we understand that the success of emergent markets like printed and flexible electronics depends not only on cutting-edge technology but also on thriving
In the world of printed electronics and conductive inks, applications drive choices. From medical wearables to flexible displays to NFC devices and automotive parts, each
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
When I write about printed electronics, I tend to focus on the “electronics” a lot more than the “printed.” For this blog entry, I’m going
How Does the Photonic Curing Process Work? Light energy incident on a body will be absorbed and heat up the object. The light-matter interaction determines
Current Material Options If you have ever disassembled any electronic device, you know that inside you’ll find a variety of components, such as resistors, capacitors,
Considered the expert in next-gen printed electronics, for over twenty years, Austin, Texas, based NovaCentrix is the go-to leader for industry-transforming conductive inks and nanopowders.
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