Development of an implant based on optical transmission of the sound signal and stimulation at the inner ear Together with the project partners Auric Hörsysteme, Fraunhofer IPA and the Hearing Researc

The MaterialDigital project is demonstrating for the first time that materials can be integrated into digital value chains in the sense of Industry 4.0. For this purpose, digital representations of th

The BMBF is funding 12 projects with a focus on "intelligent implants" as part of its medical technology action plan. The accompanying research brings together the interests of the network partners. T

A telemetric microsensor implant continuously evaluates the ingrowth behavior of biomaterials in animal models. The aim is to develop a hybrid biomaterial for tracheal implants made of porous titanium

The project goal is to develop a highly stable, dry-storable complete microreference electrode and integrate it into sensor systems for i) medical diagnostics, ii) biotechnology, and iii) chemical rea

Development, test and verification of a suitable process for surface treatment with titanium coating for a cage made of fiber-reinforced PEEK. The aim is to develop a CFR-PEEK cage with a thin titaniu

The aim of the collaborative project is to develop an atrial appendage closure system, consisting of a novel occluder with a special anchoring system and a delivery system, for catheter-based closure

At the NMI, nerve cells from rodents are used to test substances on behalf of customers. Thanks to the NMI's expertise in immunocytochemical processes, microscopic applications and throughput-capable

The goal of this collaborative project is to develop a novel, organ-like, 3D printed in vitro model of the proximal tubule in a microfluidic perfusable chip in a multi-well plate format for use in dru