Printable sensor inks and sensors with piezoelectric, pyroelectric and magnetoelectric features
PyzoFlex foil, Photo: JOANNEUM RESEARCH
PyzoFlex® technology consists of fully printed polymer sensors for detecting the smallest pressure and temperature changes or vibrations, signal processing and integration into a wide variety of structures. We develop customised solutions for a wide range of applications.
PyzoFlex® It is a breakthrough sensor technology for the precise detection of temperature and pressure differences on objects and their surroundings. PyzoFlex® uses special polymer sensors applied to large areas of film using low-cost screen printing or inkjet processes. This technology enables precise measurement of localised pressure and temperature differences on objects and their surroundings. This makes them the perfect solution for industrial applications. The sensors are also extremely stable.
PyzoFlex® technology uses both the pyroelectric and piezoelectric effects to make precise measurements. The pyroelectric effect is used, for example, in temperature-sensitive protective walls or robot hands, while the piezoelectric effect is used in 3D touch interfaces.
In addition, mechanical stimuli such as touch, pressure or walking can be used to generate energy, making PyzoFlex® an environmentally friendly and forward-looking technology.
PyzoFlex® is the perfect solution for industrial applications such as automotive, aerospace, robotics, medical and many more. The technology enables accurate and large area detection of temperature and pressure differences, resulting in improved quality and efficiency.
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We are developing a piezoelectric platform to power wireless sensors or sensor networks by harvesting energy from motion and vibration. This allows us to create self-powered, energy-efficient sensor systems for sustainable products.
Find out more about our research in the field of energy self-sufficient sensor solutions by visiting our H2020 SYMPHONYproject website.
Environmental, bioanalytical and diagnostic sensor technology combined with smart microfluidic lab-on-a-chip and organ-on-a-chip systems
Cost-effective solutions by extending the functions of classic LED-based lighting systems in the areas of Visible Light Communication, Visible Light Positioning and Visible Light Sensing
R2R-UV-NIL pilot line for the continuous and cost-effective production of micro- and nanostructures on flexible large-area film substrates
Scalable and digital printing processes (including 3D printing of electronics) for generative manufacturing of functional components
Gesamtkonzepte für Design, Simulation, Optimierung und Prototyping von optischen Komponenten für maßgeschneiderte Lichtlösungen
High-resolution 3D structuring using two-photon lithography, as well as 2D and continuous 2.5D structuring using maskless grayscale laser lithography and electron beam lithography
Replication of master structures almost seamlessly onto large surfaces (380 x 700 mm²) using a step&repeat UV-NIL process
Messungen und Analyse von kleinsten Strukturen, Schichten und Bauelementen im Mikro- und Nanometermaßstab
Neuartige Technologie zur Verlängerung der Topfzeit von Silikonen auf mehrere Monate, ohne die Materialeigenschaften zu verändern
Complete solutions from optical simulation, mastering and prototyping to the transition to high volume, cost effective production of optical structures and components
Wiederverwendbare Materialien, Komponenten bzw. Verbundstoffen und deren Anwendungen, wie z.B. selbst entwickelte Lacke für die UV-Imprint-Lithografie (NILcure®)
JOANNEUM RESEARCH provides innovation and technology services in the field of applied research. As a research company working on behalf of various federal provinces and regions in Austria, our expertise shapes the development of our modern society and economy – sustainably, and always with a focus on people. As a multidisciplinary team working in a flexible set-up that fosters innovation, we always live up to the highest social and scientific standards.