Fraunhofer IPMS micro scanners offer high-resolution imaging for endoscopes, microscopy, and spectroscopy, with stable performance and innovative 2D vector scanners enabling faster, precise medical imaging.

Developed by Fraunhofer ISC's SUSI project, the scalable suspension bioreactor will be used for long-term hiPSC culturing, optimizing temperature, CO2 levels, mixing, and shear forces for reproducibility.

The mobile robotic platform developed by Reutlingen University and Fraunhofer IPA in the experimental OR in Strasbourg enables the autonomous transport of medical material and instruments.

Fraunhofer researchers worked together to devise a method modeled on a cascade where multiple successive stages of synthesis proceed without interruption, through the use of novel catalysts in specially adjusted flow-through reactors.

A Fraunhofer research team is developing disposable biosensors that deliver rapid results and have extensive multiplexing capabilities.

The EU project "ThrombUS+" brings together 18 European partners to develop a new, portable diagnostic device.

Fraunhofer researchers have developed a technology that uses ultrasound signals for targeted stimulation of certain areas of the brain.

Fraunhofer researchers have developed innovative solutions for optimized production of cells in bioreactors and unique cryotechnologies.

Researchers at the Fraunhofer Institute for Physical Measurement Techniques IPM have developed a fluorescence-based sensor that measures the oxygen content of people’s breath directly and in real time in an effort to provide accurate figures in the future.

Nine Fraunhofer units will be presenting their research results at the DMEA 2024 trade show, held in Berlin from April 9 to 11, 2024.