Over the past two years, Nahtlos has developed novel textile-based electrodes for recording heart activity (electrocardiogram, ECG) – for example, to detect atrial fibrillation – and for electrostimulation therapies, for example, to preserve the muscle mass in paralyzed patients. Textile-based electrodes enable gentle and skin-friendly application, even if the electrodes have to be worn for several days or even weeks. The textile electrode is thus the first alternative to the gel electrode, which was developed 60 years ago and is still considered the standard for medical applications today, the company said in a press release.

Nahtlos, an Empa spin-off, has got one million Swiss francs in a first round of financing from business angels in Switzerland and Liechtenstein and from the Startfeld Foundation. Nahtlos aims to drive the market entry of its textile-based electrode for medical applications. Empa is the research institute for materials science and technology development.

Nahtlos founder and former Empa researcher, Michel Schmid, and co-founder and business economist, José Näf, have developed the textile-based technology, which was developed and patented at Empa in various projects funded by Innosuisse, among others. The goal was to produce a product for long-term medical applications that reliably records ECG signals for up to several weeks, achieves a high level of patient acceptance and is cost-effective for the healthcare provider. Today, the patent for textile-based electrode technology is owned by Nahtlos after reaching a milestone. 

Schmid and Näf were looking for investors to certify their product, set up production and develop the market. Nahtlos was supported in setting up its company by Startfeld, the start-up promotion arm of Switzerland Innovation Park Ost (SIP Ost), in the form of coaching, consulting and early-stage financing. Nahtlos is also based in the Innovation Park Ost, where innovations are initiated and accelerated through collaboration between start-ups, companies, universities, and research institutions.

Fibre2Fashion News Desk (GK)