Industry Speakers

9:45-10:15

In an era driven by digital transformation, the role of digital identification technologies to provide authentication, tracking, and inventory solutions is critical. Among these, RFID technologies stand out as enablers, seamlessly bridging the gap between the physical and digital realms, particularly within the Internet of Things (IoT) ecosystem. As we move towards a future where every item has a digital identity, sustainability becomes paramount in both product design and manufacturing.

10:15-10:45

In an increasingly fast-paced world, integrating new technologies into the healthcare system is becoming critically important. Printed electronics, such as smart insoles, can significantly contribute to the transition from traditional services and applications to a data and evidence-based Io(m)T future. For diabetes management, these technologies offer remarkable benefits. When combined with other wearables and conventional electronics, their advantages become even more apparent. Sensor fusion approaches and advancing AI capabilities multiply the range of applications, making the possibilities seem endless. Numerous startups, research groups, and universities have developed and demonstrated solutions to diagnose and treat diabetes and its symptoms, yet only a few have made it into the medical system.

11:05-11:35

The manufacturers of electrochemical (EC) biosensors typically have specific requirements for functional inks, which depend on the nature of their electrochemical assays and environment. The typical performance of EC inks given by material suppliers contain information about basic ink properties, application and handling, but they usually don’t include detailed and transferable EC performance. Sun Chemical has extensive expertise in electrochemistry and sensor design and our mission is to provide a more comprehensive understanding of relevant EC behavior of our inks and use this for the benefit of end users.

11:35-12:05

In-Mold Electronics (IME) is an advanced technology that integrates functionality into mechanical structures, making previously inactive spaces functional. Basic IME, utilizing flat or slightly curved surfaces with printed wiring, enables straightforward applications like touch sensing, antennas, and heating elements. More advanced functionality involves augmenting basic IME with components such as LEDs and control systems for various lighting. IME, combined with thermoplastic electronics substrates and plastic wirings, forms a cost-effective platform for mass-produced 3D electronics, leading to Injection Molded Structural Electronics (IMSE). 

12:05-12:35

For ostomy users the biggest concern is the fear of leakage. In this talk I will present the first digital leakage notification system developed for ostomy users.