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 breakthroughs happen when companies collaborate across the value chain to turn great ideas into real-world solutions. That’s why partnerships are at the heart of everything we do.
In this spotlight, we’re excited to highlight our collaboration with Voltera, a leader in materials dispensing systems and printed electronics.
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 ecosystems. Collaboration across the value chain is essential to turn innovative ideas into real-world solutions. That’s why partnerships are at the heart of what we do.
In this spotlight, we are proud to highlight our partnership with IDS, a leader in aerosol printing systems. IDS brings unmatched expertise in precision deposition technology, which perfectly complements our advanced Metalon® conductive inks. Together, we are helping to shape the future of electronics by delivering integrated solutions for applications ranging from prototyping to large-scale manufacturing.
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, we are uniquely positioned to provide solutions that deliver optimal performance, throughput, and cost-efficiency.
- By Rudy Ghosh
- Posted In Flexible Electronics, Wearables
- No Comments
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 had the opportunity to correspond with lead author of multiple publications in the area and a graduate student of the group, Harikrishnan Muraleedharan Jalajamony, to explore their use of atmospheric plasma-aided printing to drive next-generation flexible, stretchable, and wearable electronics applications.
- By Harry Chou
- Posted In Metalon, Printing Process
- No Comments
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 up in an ever-growing number of devices (and it’s important to keep on top of process technology know-how). It can feel overwhelming to consider all the necessary details for creating a valuable and innovative new device, so I’m hoping that this post can help put us onto the path of success.
Categories
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- Partner (2)
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- Printed Electronics (1)
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Recent Posts
- Partner Highlight: Dispensing systems for electronics prototyping from Voltera
- Partner Highlight: Driving Innovation Together with IDS Aerosol Printing Systems
- Choosing the Right Conductive Ink for Your Application: A Tailored Approach
- Plasma-aided direct printing for next generation wearable applications
- Printing inks that create value and innovate processes & technologies