AI-generated bio-inspired endoprostheses
Creating endoprostheses that balance biocompatibility, load distribution, and bone anchorage is challenging. Mimicking diatom-inspired designs adds complexity in strength, porosity, and manufacturing. Ensuring durability and realistic testing for medical applications is also critical. AI and diatom-inspired designs are used to improve bone integration and load distribution. Additive manufacturing with biocompatible materials ensures strength and reliability. An AI tool and testing validate optimized, lightweight structures for medical use.
Improves bone ingrowth, reducing repeat surgeries
Increases prosthesis durability and stability
Simplifies access to advanced tools for innovation
Improves bone ingrowth, reducing repeat surgeries
Increases prosthesis durability and stability
Simplifies access to advanced tools for innovation
I used Synera to create the training data for the neural network. Moreover, the combination of rule-based CAx algorithms with the power of AI in one workflow was key for success. The low-code approach of Synera made it easy for me to dive into AI and programming.
Alfred-Wegener-Institut (AWI)
The Alfred Wegener Institute researches polar and marine regions to understand Earth's climate system. In collaboration with global partners, we study climate change, its impact on oceans and polar areas, and whether trends are short-term or long-term. Polar research is both a scientific challenge and a glimpse into our future.