FEDER

The objective of COLTEST is the development of a comprehensive testing methodology and set of testing technologies that allows for the systematic prediction of biomechanical functional and biological behaviour of dynamic spinal column implants. Consortium formed by: Neos Surgery, IBV (Biomechanical Institute of Valencia), UAB (Autonomous University of Barcelona) and Eurecat. General data Project Development of new testing technologies and testing methodologies for dynamic spinal implants. Project reference RTC-2014-1798-1 Programme and call for proposals The Collaboration-Challenges call for proposals of the State Programme for Research, Development and Innovation aimed at Societal Challenges, within [...]

The objective of EXTRULIGHT is the development of extruded, post-formed optics for high-quality LED lighting products with competitive costs and energy-efficient processes. Consortium formed by: Polinter, Eurecat. General data Project New design and manufacture methodologies for extruded optical profiles for interior lighting. Project reference  RTC-2014-2324-3 Programme and call for proposals The Collaboration-Challenges call for proposals of the State Programme for Research, Development and Innovation aimed at Societal Challenges, within the framework of the State Scientific and Technical Research and Innovation Plan 2013-2016.

The objective of NANOPATEX is the development of functional textiles aimed at thermal sensorisation and/or controlled release of substances into the skin for health and physical well-being purposes, based on the use of synthetic micro/nano-structured PA fibres through polymeric particles which contain the active ingredients and components. Consortium formed by: Nurel and Eurecat. General data Project Development of micro/nano-structured PA textiles with polymeric particles functionalised with active substances for health purposes (NANOPATEX). Project reference RTC-2014-2514-1 Programme and call for proposals The Collaboration-Challenges call for proposals of the State Programme for Research, Development and [...]

A device designed for secure extubation for patients in states of muscular relaxation RTC-2014-2806-1 A device designed for secure extubation for patients who have been induced into a state of muscular relaxation as an anaesthetic technique. This project involves the manufacture of a medical device, which takes the form of a simple compressive wristband to measure blood pressure (NIBP) in a non-invasive way, and which also includes all the stimulation and sensorial elements that until now, with the devices available on the market, anaesthetists need to manually induce on the patient’s body. Given that hospitals are [...]

The project aims to generate a flexible photovoltaic product in order to produce electricity through urban furniture in cities. This low-cost, clean energy should be able to meet the energy needs of citizens in the urban space. The project has a total budget of 1.3 M€ and is to last for 40 months. Enerciudad2020 will transform urban fixtures such as bus shelters, bus stops, streetlamps, benches, posters, awnings or canopies in power-generating smart objects. The project will also develop the manufacturing process for flexible solar panels so that this technology can be extrapolated to an industrial [...]

The counterfeit product and document fraud is a reality that is becoming a greater impact on various industries, causing great economic losses, serious consequences for the integrity of brands and companies, coming to endanger users and consumers when we are talking about counterfeits in the field of pharmaceuticals, cosmetics or food. The losses to governments, businesses and consumers around the world because of counterfeiting, tampering and theft are estimated at hundreds of billions of euros a year according to the WCO (World Customs Organization). Autenticloud project stems from the need to innovate to provide solutions in the [...]

The project aims FLEXeTOY - Development and scaling of flexible electroluminescent devices for use in the toy sector is carrying out research in printed electronics on flexible plastic substrates, specifically electroluminescent devices (EL), connections and circuitry required for operation, to achieve effective integration of them in the toy sector. The result will be one or more toys technology demonstrator prototypes from which SMEs involved may provide the basis for future exploitation. General details Project FLEXeTOY - Development and scaling of applications flexible electroluminescent devices toy sector Programme and Call INNPACTOS 2012 [...]