Lee bed concept
Step by step
”Bring your ideas and concepts to market through LEE-BED's three industrial phases, which will allow you to work with the leading European research and technology organizations and industry within nanomaterials, nano enabled formulations and digital printing,”
-
Phase1
TECHNO/ECONOMIC MODELLING
-
Phase2
PILOT PROJECT
-
Phase3
KNOWLEDGE TRANSFER
Phase 1 Techno/economic modelling - LEE-BED will evaluate your idea, performing services such as physical and economic modelling, safety screening, life cycle assessment and patent mapping.
Phase 2 Pilot project - Gain access to our nanomaterial, nano enabled formulation and component pilot lines in order to bring your ideas to living prototypes and bring those prototypes to a pilot production.
Phase 3 Knowledge transfer - LEE-BED will provide IPR, business planning and standarization/safety services and bring you into contact with investors for, paving to way to the market.
Lee bed cases
What we do
2020/06/03
Autonomous structural monitoring systems
The next-generation materials, for the construction sector, will start our progression away from "heavy & brainless" structural parts and towards multifunctional products. Functionality will be incorporated in fibre-reinforced composites for sensor technology, energy storage and energy harvesting among others. Printed electronic active/passive sensors for structural control and real-time monitoring of structural behaviour of fibre reinforced polymer composite materials will increase their exploitation extending operational lifetime, reliability and robustness well above from the current solutions available at the market.
2020/06/03
Decorative intelligent surfaces
The wearable and interior design markets are growing and changing fast, where a huge effort is being placed on implementation of electronic/intelligent functionalities. There are many novel devices, representing this trend, however, there are still many challenges. A major challenge is to optimise sensor and antenna components, which will require tailored nanomaterials.
Focus will be on novel nanomaterials for printing thermocouples with large seebeck coefficients, such as Pt alloys, CuNi and Cr. Optimisation of antenna will consist of reducti...