Functional printing & embedded systems

We have a long track record in printing thin-film devices, and this coupled with our conventional electronics capabilities enables us to deliver more flexible and innovative products to businesses.

LOPEC 2024

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    Eurecat has a technology unit with more than ten years of experience in printed electronics and conventional electronics. Together with the centre’s other capabilities, this allows us to deliver solutions to complex and specific challenges in a wide range of sectors including medicine, wellness and health, sport, packaging and mobility.

    We are a member of the leading printed electronics clusters and associations such as the OE-A, the Functional Print Cluster and the 3DNEO Advanced Printing Platform. We have received international recognition for our innovations over the years with numerous awards at trade fairs and congresses such as the LOPEC, ChemPlastExpo and the Graphic Communication and Industry Association of Catalonia.​

    Functional printing

    • Formulating and customising functional inks to suit the printing technique or substrate required in each case.​

    • Surface treatments to modify the physical and chemical characteristics of substrates.​

    • Printing thin-film devices to obtain flexible devices with the capacity to adapt to practically any type of surface owing to their form factor.​

    • ​Printing flexible electronic circuits.​

    • Embedding and printing radio frequency identification (RFID) and near field communication (NFC) antennas.​

    • ​Identifying and evaluating opportunities for enhancing existing products by introducing printed or flexible electronics.

    In-Mould Electronics (IME)

    • Designing functional parts with embedded electronic devices.​

    • Printing electronic circuits and hybridisation of discrete components.​

    • Thermoforming plastic parts with functional printing and decorative inks.​

    • Overmoulding plastic parts with functional inks and decorative inks.

    • Overmoulding printed electronics with rigid plastic and flexible elastomers.

    Printed sensors and actuators

    • Printing sensors on flexible substrates and rigid substrates with functional inks.​

    • Printing non-invasive biomarkers through printed and flexible electronics.

    • Electrochemical sensors and potentiometric sensors. Printed biosensors.

    • Ion selective electrodes (ISE), lateral-flow sensors and microfluidics.​

    • Printing printed devices, strain gauges, heated devices, piezoelectric devices, etc.

    • Printing electronic circuits using a range of printing techniques.

    • Developing PoC (Point of Care) diagnostic devices.

    • Developing bespoke electronics and signal capture and analysis.

    Smart Electronic Devices

    • Innovation, design and development of new applications including embedding electronics in all kinds of smart devices.​

    • Developing bespoke hardware and firmware.

    • Developing wearables​.

    • Wireless communication.

    • Artificial intelligence in embedded systems.

    • Signal analysis and processing.​

    • Developing bespoke apps.

    Plastronic Pilot Plant

    Plastronics: an emerging technology combining electronics and plastics to create products with high-added value, and advanced functions or features.

    Eurecat’s commitment to functional printing has led it to set up a plastronics pilot plant, the only one of its kind in southern Europe, to enable companies to test proof-of-concepts incorporating printed and hybrid electronics on plastic surfaces for a range of applications.

    The plant consists of two clean rooms that allow for seamless combination of two manufacturing processes: one for printing and electronics and the other for plastics processes.


    diagnosi cientificotecnologia eurecat

    Scientific and technological assessment

    • Analysing and identifying opportunities for product enhancement by incorporating printed, flexible or hybrid electronics.​

    • State-of-the-art and technical advice.

    • Technical feasibility studies.​

    • In-house laboratory analysis study for characterising the physical and chemical parameters of inks and substrate.

    innovacio i desenvolupament eurecat

    Development and innovation

    • Developing proofs-of-concept and demonstrators.

    • Prototyping.

    • Pre-series and industrial scaling.

    • Support and guidance in the production process.

    • Implementing public and private projects.

    • Specialised training.

    Key projects



    Developing optogenetic cell therapy implants using printed electronics with biocompatible materials.

    smartees projecte


    Integration of low-voltage circuits in composite panels for the manufacture of lighter and more efficient railway and train body shells.

    Carbodin projecte


    Multiplex AI-enabled based lab-on-a-chip sensing platform for heavy metal ions monitoring on marine water.

    Madras projecte


    Developing new materials and manufacturing processes for high-volume production of organic and large area electronic (OLAE) devices.



    Lightning Cube



    Team Functional Printing and embedded systems

    paul lacharmoise

    Paul Lacharmoise

    Director of the Functional Printing & Embedded Devices Unit at Eurecat

    Paul Lacharmoise holds a PhD in Physics from the Institute of Material Science of Barcelona, where he conducted research into organic semi-conductors in single-molecule spectroscopy and the near-field photoluminescence of organic nanocrystals. He later decided to dedicate his work to applied research in the field of printed electronics, especially organic photovoltaic and optoelectronic devices.

    He has co-authored 20 peer-reviewed articles in scientific journals and participated in various printed electronics research projects on a national and European scale.


    Eurecat investigates manufacturing advanced materials with graphene for the automotive, aerospace, hydrogen energy and water treatment industries

    The Eurecat technology centre is coordinating the European GIANCE project which is to develop and test grapheme-based innovative and recyclable solutions to furnish industry with new sustainable materials and optimise their applications in the automotive, aerospace, hydrogen energy and water treatment industries. Specifically, the project aims to design, develop and [...]