Fraunhofer-Gesellschaft
Fraunhofer-Gesellschaft
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© Fraunhofer IBMT / Bernd Müller

© Fraunhofer IBMT / Bernd Müller

Devices – Innovative Medical Technology

Technology that Adapts to People

Many patients lose mobility, independence and quality of life due to illness, accidents or old age, and assistive technologies are still not intuitive enough or suitable for everyday use. New technologies support people in daily life, therapy and care, relieve the burden on medical staff and enable a self-determined life, thanks to medical technology that adapts to people rather than the other way around.

Project examples (selection)

 

© Fraunhofer IFAM

Antibiotic Implant Surfaces Prevent Bone Infection

The risk of infectious complications after bone implant placement is especially high in heavily contaminated wounds. Researchers are using micro-arc oxidation to generate porous titanium surfaces that can absorb antibiotics and release them locally – supported by antimicrobial silver. This yields cost-effective, biocompatible implants that can be used locally.

Sensitive Arm Prostheses

Prostheses can only replace natural movements and sensations to a limited extent. Quantum sensors register nerve impulses without contact, translating them into precise control commands. This results in prostheses that feel and move more naturally. 

 

© Fraunhofer ITEM

Airway Therapy for Preterm Infants

Preterm babies frequently suffer from respiratory issues – often with a high risk of mortality and long-term complications. A patented bypass technology delivers a highly concentrated aerosol directly into the airways, tripling the level of active ingredient delivery. 

Faster Stroke Detection Directly on the Patient

The mobile head scanner enables strokes to be detected more quickly, more accurately and directly. As a portable alternative to CT and MRI, the system uses electromagnetic measurement methods to localize superparamagnetic nanoparticles in the blood with high temporal resolution. 

 

© Fraunhofer MEVIS

The Next Generation of MRI Sequences

A universal solution for developing MRI pulse sequences eliminates the need for scanner-specific sequences, facilitates integration and accelerates the transfer of new MRI technologies into clinical practice. It is compatible with different devices, software versions and manufacturers, saves time and money, reduces manual adjustments and ensures consistent results. 

New Catheter Technology Enhances Autonomy

Paraplegic women need a new catheter several times a day and often require assistance from others to do so. This can not only be embarrassing but also increases the risk of infection. A specially designed and anatomically adjustable seat enables independent catheter insertion by facilitating posture, visibility and handling. 

 

© Fraunhofer EMFT/ Bernd Müller

Safe and convenient diabetes management

The effectiveness of diabetes treatment depends largely on reliable, continuous monitoring and appropriate insulin administration. An implantable measuring and dosing system is capable of monitoring all relevant key metabolic parameters on a situation-specific basis and adjusting the insulin dosage accordingly.

ScanGlove Ultrasonic Glove – Wearable 3D Imaging

While traditional imaging is often inflexible and immobile, the wearable ultrasound glove combines imaging and positioning for mobile 3D imaging. This opens up new applications in medicine, nursing, and diagnostics. 

Intelligent Wound Dressing for Faster Healing

An intelligent wound dressing continuously measures the condition of chronic wounds and wirelessly transmits the data to an AI-supported analysis system. This provides medical staff with precise information for the appropriate treatment – even over long distances. 

 

© Fraunhofer IMM

Patch Enables Safe Potassium Monitoring

High potassium levels are dangerous for people with chronic kidney disease or heart failure. Researchers are working with industry to develop a minimally invasive patch with an electronic sensor and smartphone connection that quickly and painlessly measures potassium levels via tissue fluid at home. 

Neuroprosthetics – Technical Help for Neural Dysfunctions

The neuroprosthetics program combines biomedicine, electronics and sensor technology to support damaged nerve pathways with technical systems – such as for limbs with sensory or motor damage. This results in prostheses and implants that detect or translate nerve impulses, thereby enabling patients to enjoy a new quality of life.

 

© Fraunhofer IPA

Technical Support for Exercise and Therapy

Exoskeletons support people with musculoskeletal disorders when walking, lifting, or exercising, and are primarily used in rehabilitation. Sensors and intelligent controls adapt the support system to the movements of the body and help build strength, relearn movements and cope with everyday life more independently.