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.

Products with new functionalities through embedding printed electronics flexibl...

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 reduction of materials by using nano-Ag and nano-Cu inks, providing more sustainable components.

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Smart Dashboard

The concept here is to developed technologies that can embed electronic functions such as touch and lighting inside the plastic components, getting ride of mechanical buttens which will result in a more slick and futuristic look.  

The main challenge will be to make printed electrical components that can then be inserted into MAIERS injection moulding process, withoug damaging the flexible print nor the mounted components.

The implementation of imbedded printed electronics will result in:

  • Demonstrate 15-20 % reduced prod...

Intelligent Labels

 

Grafietic wants to develop smart labels, which will be applied to packaging solutions. The purpose is to explore possibilities such as printed displays to indicate the best before date, printed RFID antenna, tempareture and freshmess sensors and possibly electroluminescent displays.

The main challenges here will be to reach target price solutions, due to low cost of current packaging solutions, especially for consumer goods.  Focus will be put on using high volume production methods together with low cost materials such as nano Copper based inks. 

The im...