News
3Plast partners win award
3PLAST partners win IDTechEX academic R&D award (Printed Electronics Europe 2011, Düsseldorf / Germany, 11.04.2011) > more
Origin

- Flex Foil Sensor, Joanneum NMP (c) Flex Foil Sensor
In order to establish cost-efficient innovative solutions for safety and security systems it is necessary that items are able to communicate bidirectional. The necessary infrastructure on such devices will be realized by advanced sensor functions. Fields of application may be found also in self-controlled machine monitoring and user-friendly human-machine interfaces.
Devices using novel sensor concepts manufactured via high-throughput process on cost-efficient, flexible substrates are essential in order to be applied in high-volume markets.
Within 3PLAST, a novel concept combining physical polymer sensors with organic electronics all printed on large-area flexible substrates is developed.
Objective

- Design study of Sensor element with display (OLED / electrochromic), © FESTO
The macroelectronic 3PLAST sensors provide accurate information on changes in temperature and pressure and are unbeatably flexible in design. Integration of 3PLAST sensors on everyday objects adds temperature and pressure sensitivity to them. The basic sensor device is comprised of a piezo- and/or pyrolectric polymer thin-film capacitor, integrated with high-performance organic thin-film transistors operating at low voltages, and acting as signal amplifiers and conditioners.
Methodology

- Print Unit at ACREO AB, © ACREO AB
Application of low-cost manufacturing technologies such as screen printing and embossing, which can be applied in high-throughput processes, ensures that the developed components can be manufactured with a high-competitive cost structure in the future. 3PLAST consortium provides completely new solutions in the context of integrated macroelectronic sensor technology enabling versatile applications in consumer electronics, automotive and process automation industry.
Achievements

- © Joanneum Research
3PLAST project is capable to integrate directly elements which are manufactured by printing techniques to a working device. Sensors, transistors and displays manufactured by Joanneum and Acreo are combined in order to demonstrate the functions, thus a display can be triggered by the approaching finger, detected by the printed sensor. The developments are proven by lab-scale techniques and – partly by large-area techniques. Goal of the project, however, is to demonstrate a device which is entirely manufactured by large –area techniques.
The project is supported by the European Commission
A specific targeted research project supported by the European Commission under the 7th Framework Programme
Objective ICT-2007.3.2: Organic and large-area electronics, visualisation and display systems
Contract No. 215036
Duration: Feb 2008 – May 2011



