Medical Technologies

Medical technology has made enormous strides in recent years and plays a crucial role in the diagnosis and treatment of patients. The integration of various sensor technologies enables precise and reliable data collection on the body's condition, thus facilitating accurate and personalized treatment.

 

In medical technology, skin-friendly, soft, and easily stretchable silicones can be used as sensors to measure pressure, strain, and body loads, such as posture or breathing. CeSMA has developed methods to combine these sensors with textiles to simplify the application for the user.

 

Silicone films filled with conductive particles can be used as electrodes to capture ECG and EMG signals or transmit stimulation impulses for EMS or TENS. These electrically conductive elastomer films can also be used as stretchable heating films or to stimulate biological cell tissues.

Pressure measuring sock for diabetics

© K. Selsam, Fraunhofer ISC
Pressure measuring sock

Patients with diabetes often suffer from nerve and circulatory disorders on their feet and their pain sensation is reduced. In the truest sense of the word, they do not feel the pressure of their shoes. Even small uneven areas or the pressure of the shoe on the foot can lead to open wounds or tissue damage..

 

Pressure measuring sock

Printed eyeglass lenses

3D-printed spectacle lens
© Fraunhofer IOF
Eyeglass lenses manufactured with 3D polymer printing

In cooperation with Fraunhofer IOF and Fraunhofer IAP, CeSMA has developed optical polymer materials that can be manufactured via 3D printing for eyeglass lens manufacturing.

 

Printed eyeglass lenses

Reanimation mat "Rescue Aid"

Reanimation mat Rescue Aid
© Fraunhofer ISC
Prototype of a reanimation mat

With "Rescue Aid," a pressure measurement mat placed on the upper body of a person, helpers can correctly perform the compression depth and rate through simple instructions.
 

Reanimation mat "Rescue Aid"

Scaffolds for Tissue Engineering

Dielectric elastomer actuator for applying biaxial stress on tissues
© Fraunhofer ISC
Dielectric elastomer actuator for biaxial mechanical stimulation of cells, arranged in the circular cell dish

CeSMA develops soft actuators made of medically approved silicone elastomer that are autoclavable and can therefore come into direct contact with biological cells.

 

Scaffolds for Tissue Engineering

Shoe insoles with pressure sensors

Shoe inlay pressure sensors
© Fraunhofer ISC
Elastic insoles with dielectric elastomer sensors

Elastic shoe insoles with integrated pressure sensors can significantly shorten therapy after knee or hip operations.

 

insoles with pressure sensors