30 October 2023

Edwin Jager (IFM)  along with his co-applicant Nils-Krister Persson (Swedish School of Textiles) recently received the exciting news of continued funding for their project "Textile muscles for augmenting garments" from the Erling-Perssons Foundation. The grant, totalling 6 million SEK, extends over three years and is a collaboration with the Swedish School of Textiles in Borås, with LiU as the primary applicant.

Edwin Jager, IFM, along with his co-applicant Nils-Krister Persson at Swedish School of Textiles
Edwin Jager, IFM, along with his co-applicant Nils-Krister Persson at Swedish School of Textiles Photographer: Thor Balkhed
The aging population in the Western world presents society with new challenges and higher demands on healthcare. Many individuals experience reduced mobility or reduced muscle strength due to aging, muscle diseases, or trauma, factors that can lead to a decreased quality of life, a loss of independence, and social exclusion.

Opportunities for a long and independent life

However, through new technologies, it is possible to enable people to lead long and independent lives. Robotic orthoses and exoskeletons are examples of devices that can support limb movements and optimize rehabilitation. Unfortunately, these are often perceived as unnatural, rigid, and inflexible. That's why Edwin and Nils-Krister believe that a paradigm shift is needed for such assistive devices. By creating devices that mimic human forms and soft movements, more natural aids can be developed, ones that can be discreetly worn under clothing. This approach could reduce stigmatization and, in turn, allow for greater adaptation and social inclusion, which are valuable for public health.

Research in textile muscles and mechanically active textiles

Photo creditIn their extended collaboration, Edwin and Nils-Krister will have the opportunity to further develop their research. They express deep gratitude to the Foundation for continuing to support research in textile muscles and mechanically active textiles.

"We feel great gratitude towards the foundation for their continued support of our research in mechanically active textiles. This is now the third grant we have received from them. We are also very happy that we can continue our development of textile muscles".

Both look forward to continuing the collaborative project between LiU and the University of Borås. Through their research, they will further develop textile muscles by combining advanced textile fabrication with new electro-mechanical materials. They have already improved them since their first proof-of-concept in 2017, enabling integration into various textiles and prototypes. This support allows them to continue advancing their project and achieving even better performance from their textile muscles.

Research for the Global Goals - Good Health and Well-being

Photo credit Thor Balkhed With continued research in textile muscles and soft robotics, numerous applications can be developed. Healthcare professionals can receive assistance in the medical field, and craftsmen using heavy tools in their profession can get a helping hand. Furthermore, with haptic clothing, which provides tactile feedback to the user, video conversations can offer the possibility of virtual hugs. Research aligned with the global goals for sustainable development, good health, and well-being is a fundamental requirement for people to reach their full potential.

Read more about Erling Persson Foundation: Erling Persson Foundation


Read more about Advanced Fuctional Materials

Read more about the Department of Physics, Chemistry and Biology

More articled from IFM

Micro motor left turn

New technique can turn a catalytic micro vehicle on or off

Edwin Jager and his team at Linköping University have found a new way of controlling micromotors, making very small vehicles move with bubbles as propulsion.

“Skin in a syringe” a step towards a new way to heal burns

Researchers have created what could be called “skin in a syringe”. The gel containing live cells can be 3D printed into a skin transplant, as shown in a study conducted on mice. This technology may lead to new ways to treat burns and severe wounds.

A man in a lab applies water to the surface of a yellow-green material.

More effective production of “green” hydrogen with new combined material

Hydrogen produced from water is a promising renewable energy source – especially if the hydrogen is produced using sunlight. Now LiU researchers show that a combination of new materials improves the efficiency of the chemical reaction several times.

Latest news from LiU

Woman lectures

AI reshapes research and doctoral education

AI has become an important part of research and doctoral education thanks to new tools that are constantly evolving. It creates new opportunities but also raises questions about integrity, data management and academic responsibility.

Female PhD-student, brown hair.

Unpackaged food can reduce emissions

How do consumers respond to unpackaged food? And how can the producers and supermarkets design solutions that rely less on single-use packaging? These are some questions explored by PhD student Elena Jiménez Romanillos.

Fawlty Towers - the invisible subtitlers revealed

Swedes read a lot - especially if you include film and TV subtitles. But does the subtitler themselves play any role? In search of an answer, researcher Lars Jämterud has looked at the translation of the classic British comedy series Fawlty Towers.