Case Studies

Within the Printed Electronic Circuits application family, we bring together interconnections and conductive tracks printed on flexible substrates.

These circuits are used across many industries where miniaturization, lightness and flexibility are essential, including electronics, medical devices, connected objects, mobility and smart interfaces, as well as emerging sectors like aerospace, Industry 4.0 and energy.

Our solutions and expertise help you to redefine the way you design your electronic applications and bring unprecedented innovations to life.

Within the Sensors application family, we bring together printed conductive elements used to create flexible, ultra-thin and highly sensitive detection devices for applications such as biomedical, environmental, industrial and IoT.

These sensors are used across sectors requiring precision, lightness and adaptability, including wearables, smart textiles, IoT and monitoring systems, as well as emerging fields like mobility, aeronautics, aerospace and human-machine interfaces.

Our expertise helps you rethink how sensing functions are designed and integrated, enabling new applications and innovations.

Within the Antennas application family, we bring together printed conductive and semiconductive structures enabling signal transmission, reception and amplification for identification and communication.

Printed antennas are used across sectors where thinness, lightness and flexibility are key, including RFID, connected devices, automotive, smart logistics and embedded systems, as well as aerospace, defense and advanced communication infrastructures.

Our expertise helps you design and optimize compact, efficient and reliable antennas, enabling innovative communication solutions tailored to your needs.

Within the Displays & Smart Glasses application family, we bring together printed conductive solutions that optimize transparency, optical precision and integration in advanced displays and augmented reality devices.

These technologies are used in screens and smart glasses where conductivity must coexist with high transparency, including waveguides, AR optics, MicroLED/microOLED electrodes and transparent conductive films.

Our expertise helps you design lighter, more efficient and immersive devices, enabling new visual experiences and display architectures.

Within the Organic Solar Panels application family, we bring together our printed conductive solutions for Organic Photovoltaics (OPV) and Perovskite Solar Cells (PSC), addressing needs for lightness, flexibility, transparency and integration.

Perovskite is a breakthrough technology complementing silicon, enabling lightweight, flexible and semi-transparent solar applications, particularly for building integration, greenhouses and new energy uses.

Our solutions enable the printing of functional layers for these thin architectures, compatible with roll-to-roll processes, helping industrialize OPV and PSC technologies.