On Thursday, March 27th, 2025, we had the pleasure of joining our friends at Voltera for their webinar series. It was fantastic to connect with a broad audience from the printed electronics community and share insights into the thought processes involved in designing and developing new products.
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 monitoring. Imagine EKG (electrocardiogram) and EMG (electromyography) sensors printed directly onto fabric, seamlessly embedded into clothing for biometric tracking and interactive wearables. Screen-printing conductive ink onto fabric is a game-changing […]
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 use case demands specific performance characteristics. At NovaCentrix, we understand that no single ink formulation fits every need. With one of the industry’s largest portfolios of conductive and functional inks, […]
At NovaCentrix, we love working on projects that present real technical challenges with collaborators who think creatively and work smart. We have worked on many rewarding projects with both small research groups and individual researchers up to large multi-national technology companies. Working in printed electronics means exposure to many innovations – as the prints end […]
Perovskites are a group of organometallic/all-inorganic halides with chemical formula ABX3 in perovskite crystal structure1. Considered as a next-generation photovoltaic (PV) material, they combine strong light absorption with superior carrier transport2 and tunable bandgaps3.
An introduction to a new application from NovaCentrix with guiding questions for collaborators and customers…
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 to try to do just the opposite.
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 what fraction of light is reflected back, transmitted through or absorbed by the body. The fraction of light absorbed can be guessed by the color of the body (darker material […]
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, chips and controllers that make everything work. All of these components usually sit on a rigid board (with copper tracks on it) that allows these parts to talk to one […]
