Functional Printing & Embedded Devices

3D printing and hydrogen innovation for GigaCasting optimization. IMAGiC develops additive manufacturing solutions and new thermal processes to improve the production of large-format components for the automotive sector. The project aims to make the manufacturing of structural parts more efficient, reducing cycle time and environmental impact. The project focuses on GigaCasting, a technique that allows the manufacturing of vehicle chassis sections in a single large piece of aluminum. This method replaces the traditional assembly of stamped sheet metal parts that had to be joined individually, which reduces vehicle weight, saves raw materials, and simplifies the production [...]

High-immersion holographic platform for the next generation of extended reality devices. The InXR project addresses one of the main barriers to the widespread adoption of extended reality (XR) and the metaverse: the lack of XR devices that successfully combine immersion, ergonomics, and affordability. Despite significant progress in virtual and augmented reality technologies, current solutions remain bulky, expensive, or simply not immersive enough for everyday use. To solve these challenges, the project is developing a three-dimensional holographic platform that integrates augmented reality and virtual reality into a single, lightweight, and compact device: the InLens smart glasses. These [...]

Advanced dialysis monitoring system that measures key biomarkers in real time to improve treatment safety and control. The SIMDAC project develops an innovative system that enables real-time monitoring of dialysis treatment through the continuous measurement of key blood biomarkers, such as sodium, calcium, urea and phosphate. This information supports healthcare professionals in precisely adjusting treatment and enhancing patient safety. The solution combines electrochemical sensors with a technological module designed for integration into dialysis machines and operation under real clinical conditions. The objective is to validate the technology in a hospital environment and advance towards its practical [...]

Comprehensive methodology to design, manufacture, characterize, and simulate high-performance plasma actuators for industrial applications, with a focus on electronic device cooling and aerodynamic system optimization. Dielectric Barrier Discharge (DBD) plasma actuators have emerged as an innovative technology with great potential, thanks to the absence of moving parts, their high response speed, and design flexibility. However, their development is still limited by the lack of holistic studies analysing the effect of multiple design, material, and control variables, as well as by the absence of accurate simulation models capable of reliably predicting their behaviour. In this context, the [...]

Reduction of nitrate pollution, recovery of organic waste and environmental monitoring SERENA reduces nitrate diffuse pollution in ecosystems through the research of innovative technologies for the denitrification of groundwater, the recovery of organic waste and the development of systems for monitoring the concentration of nitrates in water. The project addresses the decontamination of aquifers through bioremediation and chemical reduction technologies, combined with research into denitrifying enzymes. In addition, the anaerobic co-digestion of slurry and vegetable water is explored together with the use of nanoparticles with the aim of mitigating the inhibition problems of current technology. SERENA [...]

Smart solutions for relief from Musculoskeletal Non-Communicable Diseases (MSK-NCDs). SmILE develops smart solutions to reduce the impact of Musculoskeletal Non-Communicable Diseases (MSK-NCDs) in older people through prevention and early intervention, empowering patients to take charge of their health while alleviating the burden on healthcare systems. The project creates a universal chip platform that can be integrated into a wide range of medical devices, turning them into active data generators and enabling faster and more accurate diagnoses while supporting the rollout of innovative treatments. The collected data will be processed through an integrated patient-centred health platform, designed [...]

Training course in printed electronics. The MAV-PEC4ALL_2 project offered a training course to provide an introductory and practical approach on the knowledge of printed electronics, from the materials and the different printing techniques to the application of the technology and implementation guidance personalised for each student. This course, 100% funded, was the result of the need detected by research centers, technology centers and institutions specialised in printed and flexible electronics in relation to the lack of knowledge of this technological area and its potential for integration into products and new applications thanks to its transversality. The [...]

Point-of-Care devices for urgent care triage. The POC4TRIAGE project develops new Point-of-Care (PoC) devices capable of rapidly detecting a patient’s cardiorespiratory or cardiovascular conditions in emergency and critical care settings, and to enable accurate clinical triage by activating real-time data from these devices. Eurecat participates in the project through its Functional Printing and Embedded Devices Unit, which leads the development of a novel sub-hairline non-invasive EEG-based head caps for rapid stroke diagnosis and a handheld, rapid immunodetector to diagnose stroke. The Waste, Energy and Environmental Impact (WEEI) Unit is in charge of the life cycle analysis [...]

Enhancement of road safety across Europe. The EvoRoads project accelerates the attainment of the Vision Zero EU goal through a holistic framework of innovative models, tools and services that enable data-driven evolution of safety assessment frameworks, facilitate dynamic monitoring of cyber-physical infrastructures and promote the proactive warning for safety risks in complex environments. At the operational level, EvoRoads defines safety criteria and KPIs quantification methodologies covering the entire spectrum of the “Safe System” approach and develops a connectivity platform where transport infrastructure assets are digitalised and safety assessment services are functioning in a harmonious way. The [...]

New technology for the generation of green hydrogen. The H-LEAF project develops a PEM (Proton Exchange Membrane) electrolyser based on a new national patented technology. H-LEAF focuses on the research of new scalable and sustainable components, coatings, materials and processes to overcome current limitations in the provision of materials for hydrogen production, vital to the energy transition in Spain. The project promotes scientific research to obtain new electrode and membrane designs using scalable industrial printing techniques free of perfluorinated chemicals. H-LEAF develops new bipolar plates using technologies such as stamped stainless steel substrate and 3D printing [...]

Initial consulting and proof of concept for printed sensor for nitrate detection in agricultural waters. The PADIH LABFERRER project develops a printed sensor for the detection of nitrates in agricultural waters, as well as the consultancy for the technology implementation. This type of low-cost sensor enables the deployment of a widespread monitoring network for nitrates, an essential nutrient in the agricultural industry. However, at the same time, nitrates are a significant contaminant in waters and aquifers. Developing environmental monitoring sensors using printed electronics technology offers several significant advantages. This technology allows the fabrication of flexible and [...]

Design, development and implementation of an intelligent terrain interpretation system based on Machine Learning for underwater studies. The Vibrocorer project develops an innovative system incorporating AI that allows a more detailed and efficient characterization of marine soils and subsoils. The main objectives of Vibrocorer are: The creation of a submersible sensor adaptable to any Vibrocorer (VC) for challenging marine environments up to 500 meters, guaranteeing simple installation and versatility independent of the VC model. Development of an electronic system that displays and stores data in real time through a reliable and robust communication covered - submerged [...]

Hyperkalemia monitoring in chronic kidney patients on dialysis. The MoniK project aims to develop and validate a new type of non-invasive device in wearable format to improve the quality of life of chronic kidney patients under dialysis, through continuous sweat monitoring of various key parameters. The revolutionary Point-Of-Care (PoC) system proposed at MoniK will be manufactured using scalable printing techniques using sustainable materials. The device will have a sweat stimulator and four printed sensors to measure K+ concentration, temperature, sweat flow and ECG. By combining printed electronics technologies with integrated microfluidics and comprehensive sweat management, significant [...]

Pioneering sustainable solutions based on graphene to address environmental challenges. The GIANCE project establishes a holistic, integrative and industry-driven platform with a clear focus on the improvement of sustainable materials and their real-world applications. In this sense, GIANCE designs, develops and scales the next generation of multifunctional composites, coatings, foams and membranes based on graphene and derived materials (GRM), so that they are profitable, sustainable, lightweight and recyclable. These advanced materials are designed to improve their performance, such as their thermal, mechanical and chemical properties, offering functionalities such as wear resistance, corrosion resistance, chemical and fire [...]

Biological reactor to power valves in agriculture. The Soil2Power project pioneers autonomous agricultural biobatteries powered by natural soil. This includes optimizing energy harvesting systems to generate 60% more energy than conventional solutions, developing silk-based bioelectrodes to accelerate the activation of microorganisms in the batteries, adapting biological battery architecture for seamless integration with irrigation valves, and fostering versatile applications beyond agriculture. Soil2Power aims to eliminate the need for chemical batteries and costly infrastructure, offering a sustainable, efficient energy source for agricultural irrigation while potentially revolutionizing energy solutions in various sectors. The Functional Printing and Embedded Devices Unit [...]