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Total 78 results.
Stretchable printed electronics for pressure ulcer prevention
The Stretch-Light project is a collaborative effort between the Printed Electronics department at RISE Acreo and the Laboratory of Organic electronic at Linköping University that is aiming for the development of a conformable and …
Printed electronics discover horse injuries
Lameness is a problem in equestrian sports. Injuries are difficult to pick up, while early identification can be crucial in providing the correct treatment. A new research project in Norrköping is intended to demonstrate how flexi…
Greensense - smart disposable miniaturized system for Drugs of Abuse
Greensense is a miniaturized system to detect biomarkers in saliva/urine, focused on Drugs of Abuse. The system is built with nanocellulose and printed electronics.
Smart Cold Chain Indicator Label
A miniaturised temperature logger based on printed electronics for drug monitoring in field holds a potential for multimillion deployment. This sCCI, smart Cold Chain Monitoring system, with an electrochromic display for Last Mile…
We organise our competences and expertise in six divisions working across borders in business and innovation areas.
Reliable systems, environmental durability and electrical interference are some of the areas of research within the field of electronics. It also includes the evaluation, development and certification of systems and products such …
Safer medicines with smart tags
Médecins Sans Frontières (MSF) often works in environments lacking in infrastructure. Without good roads, electricity and water, providing medical help becomes more difficult. A large proportion of the medicines and vaccines given…
Bio-based electronics create products of the future
Packaging that tells you the condition of the food inside, paper that cleans polluted air and smart plasters that communicate with your doctor; these are just a few examples of what we can do thanks to bio-based electronics.
A battery revolution may already be underway
Energy storage in batteries will become increasingly important as the world uses more energy from renewable sources. However, to achieve this we will need cheaper batteries. A RISE project has demonstrated that a new method may be…
Acreo has developed a technology for all-printed touchless keypads
Acreo has within the European project 3PLAST developed a technology that enables printing of a system including sensor elements, transistors and displays integrated into an all-printed human machine interface (HMI) sensor device. …
The business area brings together RISE’s expertise and unique testbeds in the field of transport and mobility. We offer applied research and testing for everything from mobility systems to materials engineering, from surface chemi…
MODULIT Monolithically Integrated Energy Storage Modules
Cost is the main hindrance to a wider implementation of electrochemical energy storage. MODULIT aimed at reducing manufacturing costs of electrochemical energy storage systems by integrating modules and systems monolithically inst…