E-Textiles and Printed Electronics for Smart Textile Applications
E-textiles, also known as electronic textiles or smart textiles, are fabric-based products with electronic components or functionality woven, printed, laminated, or embedded into the material. The demand for e-textiles is growing across healthcare, sports, defense, security, industrial applications, and consumer apparel. However, integrating reliable electronic functionality into garments requires materials and manufacturing processes that can withstand the mechanical demands of textiles, including stretching, flexing, and repeated wear.
Screentec’s Printed Electronics Technology
Screentec manufactures printed electronic structures for e-textiles using stretchable silver, carbon, and dielectric pastes on flexible TPU substrates. These materials can be used to create circuits that conduct electrical signals while remaining compatible with flexible textile products. The printed circuits can support several types of functionality, including:
- Textile-integrated electrodes for biosignal measurement
- Conductive traces and electrical connections
- Heating elements for garments
- Integration of LEDs, sensors, and other SMT components
- Flexible connections between textile structures and external electronics
Because the base circuit is produced using printed electronics, its shape, dimensions, connection points, and component placement can be customized for the textile design. This gives product developers more freedom than a standard off-the-shelf electronic structure.
Screentec provides integration-ready parts in both sheet and roll formats, or we can directly integrate them into your textile products for seamless functionality.
E-Textile Development with Protex Balti and Movesense
Screentec has partnered with Protex Balti and Movesense Oy to support companies developing integrated e-textile solutions. Protex Balti contributes textile product development and manufacturing expertise, while Screentec provides printed electronics, textile-integrated electrodes, conductive structures, and flexible hybrid electronics with suitable surface-mounted components. Movesense provides wearable sensor technology for ECG, movement, and other signal measurements. Together, these complementary capabilities support the development of smart textile solutions for example for Medical, Sports, Defence and Security fields.
This collaboration helps connect smart textile design, printed electronics, sensor technology, and manufacturing within one development platform.
Research on Printed Electronics and E-textiles
Screentec has developed a material combination and manufacturing process for integrating surface-mount technology components into flexible e-textile structures. Depending on the application, LEDs, sensors, connectors, and other suitable components can be incorporated into the printed circuit. The component layout and supporting structures are designed with the movement and mechanical requirements of the textile in mind.
In collaboration with VTT Technical Research Centre of Finland, we have studied the durability of textile-integrated flexible hybrid electronics and printed structures containing SMT components. This research has resulted in a proven material stack and process that helps the integrated components remain functional when the structure is stretched.
Screentec is actively participating in E-textile related conferences to take on the development and latest trends on E-textile manufacturing.
E-textiles with Integrated SMT Components
We have a material combination and process available that suit for manufacturing E-textiles with integrated SMT components.
Whether the component is a LED or sensor, it is possible to integrate that as part of the E-textile in a durable way.
From E-textile Research to Manufacturing
From 2019 to 2021, Screentec participated in WEARPLEX, an EU-funded research project focusing on developing new technology for smart clothing and wearable applications.
The project explored the use of printed electronics and printed transistors on fabrics. One of its key developments combined electromyography (EMG) measurement and functional electrical stimulation (FES) within the same electrode structure. This made it possible to switch between EMG recording and FES stimulation using the same electrodes, controlled through an user-friendly application. The technology demonstrated potential for medical rehabilitation, smart clothing, and textile-based interfaces for controlling devices and systems.
Today, Screentec applies knowledge gained through research and development projects to the manufacturing of printed electronic structures that can be laminated onto different kind of textiles. This approach supports the cost-effective development of customized e-textile products, and provides a practical route from research prototypes toward scalable manufacturing.
Looking for a capable partner for your E-textile innovation?
Sustainability with E-textiles
Typically, medical electrodes are single-use patches, but by manufacturing these patches on textile, it is possible to make the patch multi-use. This approach significantly enhances the sustainability of the electrodes while maintaining high performance. Key considerations for multi-use electrodes include washability and secure attachment to the user to ensure accurate signal transmission. The materials used by Screentec in our E-textile electrodes are proven to withstand up to 50 wash cycles in a washing machine.
Detailed study for each design is needed to ensure the wanted washing cycle amount.