The start-up Ateios from the United States develops a thin-film, printed batterie which is naturally flexible and stretchable. This enables new forms of wearable technologies with better ergonomic designs. The ultra-thin energy cells have an up to five times higher energy density than coin cells making them an ideal energy solution for medical and fitness wearables.
The Hylomorph team from Switzerland develops protective membrane for medical implants. Due to the lack of biocompatibility, implants often cause defensive reactions by the body leading to complications. Hylomorph has developed a surgical membrane that optimizes the interface between implants and human tissue.
Intelligent Surfaces is a start-up of the University of Tokyo, Japan. The company is working on biocompatible polymer coatings for medical applications. The coatings can be applied to different carrier materials and make their surfaces hydrophilic, greasy and protein resistant.
The start-up company LipoCoat from the Netherlands is also developing coatings for medical materials. Poor surface properties of medical products can lead to discomfort for patients, for example, due to poor gliding properties. The LipoCoat coating makes material surfaces more slippery. In addition, LipoCoat coatings increase the safety of medical devices by making them resistant to surface contamination. This prevents the risk of infection. The coating also imitates biological cells increasing its biocompatibility.
SmartWise, a start-up from Sweden, manufactures microinjection catheters. The catheters can inject cells, biological and low-molecular therapies directly into the tissue adjacent to blood vessels. Medical professionals can thus inject multiple infusions into perivascular tissue.
The start-up SteadySense from Austria develops skin patches with integrated temperature sensors. Patients can attach the temperature measurement systems on the side of the chest under the arm – where the high-tech patch continuously measures body temperature values at defined time intervals. The data can then be transmitted to the patient's smartphone. One of the company's first products is femSense – a skin patch with a temperature sensor plus a specially developed smartphone app for women who want to have children.
The diagnostic system of the German start-up VesselSens enables the diagnosis of vascular obstructions in real time. Unlike conventional stents, which require expensive and inaccurate clinical examinations, the start-up's sensor technology enables precise wireless diagnosis. The implantable sensor system also eliminates the need for follow-up examinations.
The team of the US start-up Avails Medical develops products based on electronic biosensors. The Avails sensor can rapidly detect bacteria and fungi infections and measure antibiotic resistance at high speed. This allows to deliver time sensitive antibiotic therapy for life threatening infections. The technology supports physicians in the treatment of Sepsis, UTIs, STAs, MRSA or meningitis.
QuLab Medical is a start-up from Israel. The company is developing a user-friendly and simple to operate minimally invasive continuous multi-metabolite monitoring (CMM) patch for better diabetes management and prevention. This product will enable the creation of personalized metabolic profiles improving patient’s lifestyle and health decisions.
The start-up Vena Medical from Canada is developing a tiny camera capable of going inside of veins and arteries to help physicians treat stroke.