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Karl Guttag, President, KGOnTech
The presentation will give a quick overview the common optical designs and display devices used in AR systems today including their advantages and disadvantages. The presentation will include a discussion of which optical designs and display devices work well together. The optics designs include large combiner (bug-eye), birdbath, freeform, diffractive waveguide, reflective waveguide, and holographic mirror. The display devices include LCOS, DLP, LCD, Micro-OLED, and MicroLED....

Wladimir Punt, European Business Manager Today's smart skin patches can incorporate a broad range of functions, employing hybrid printed electronics to enhance medical sensing capabilities and improve patient outcomes. Along with the enormous potential, though, there are also complex design challenges. The advance of electronics miniaturization is opening new frontiers in Medtech, including in the field of adhesive skin patches. In the past, a skin patch might contain a single wired sensor. But today’s smart skin patches incorporate a broader range of functions. Hybrid printed electronics permit a variety of electronic devices and noninvasive sensors to be affixed to a thin and flexible substrate, enabling designers to integrate sensors, microcontrollers, wireless connectivity and batteries into a capable, durable and connected device. Whether in a clinical or home setting, this enables far more comprehensive patient monitoring. Adding enhanced capabilities to lightweight and flexible skin patches allows patients to go about their day while they (or their healthcare provider) monitor vital signs or activity noninvasively. There is tremendous potential for this flexibility to improve patient monitoring and make it simpler, more comfortable and more accessible. The Evolving Need for Connected Medical Sensing The demand for mobile, connected and noninvasive medical sensing capabilities is growing. During the COVID-19 pandemic, the need for hospitals and clinics to monitor patie...

Speaker: Sima Hannani Company: Electronink SAVE THE DATE...

Airbus Dennis Hahn Presentation of an animated movie of our end-to-end vision on how we imagine the printed electronics technology may impact the aviation industry. Introducing our current status of technology testing (hopefully with some breathtaking photos) and open topics such as customization software, max automation and end of life processes. Q&A. SAVE THE DATE...

Tomas Sluka, CEO & Co-Founder, Creal
For Augmented Reality to spread and reach common usage levels, the visual experience needs to be entirely healthy and natural for the user. This is why CREAL has developed a unique AR display that combines light field imagery with ordinary highly transparent ophthalmic lenses, providing a true-to-life depth perception for the human eye and a customizable prescription with the classical aesthetic look of the lenses. While almost all AR glasses providers today are lumbered with trade-offs between focal depth, image resolution, and lens aesthetic, CREAL’s newest display finally enables an AR visual experience that “has it all”. This talk with introduce how....

Plug&Use portfolio of printed-flexible sensors Author: Aakash Grewal  Tel. +49 7264 702-49-128, E-Mail a.grewal@binder-connector.de Printed electronics for sensors is proven to be a solution for the challenges faced by conventional sensor industry. The ability to integrate the sensor and even fabricate it over any type of geometry makes it unique. In this quest, binder provides individual and customized solutions for flexible and printed Force Sensing Resistors for applications ranging from Automotive to Medical sector. The sensors are ready-to-connect and can be offered as completed device. Binder ITZ, the innovation and technology center located in Bad Rappenau, serves as the hub for new technologies and products developed by Franz Binder GmbH & Co. Elektrische Bauelemente KG (Neckarsulm). Drawing upon our expertise in chemistry, electronics, physics, and process development, we specialize in applying printable electronic components directly onto 3D surfaces with utmost precision, achieving a seamless fusion of functionality and design. Our strength lies in delivering customer-specific solutions for diverse geometries and substrates. As pioneers in key printed electronics technologies such as printed sensors, Electroluminescence, heating elements, and fine conductive lines, we possess the unique ability to make any form of surface geometry conductive. Moreover, the rising demand for printed force sensors, specifically Force Sensing Resistors (FSR), underscores their versat...