Material Research for medicine and health care products

Microstructure analysis and microstructure design of biological materials and biomaterials

At Fraunhofer IMWS, we develop solutions at the interface of materials science and life sciences. Our goal is to understand the microstructure of biological materials and biomaterials, tailor them with precision, and translate them into high-performance applications.

We combine scientific excellence, state-of-the-art technical infrastructure, and in-depth market expertise to create innovative products and sustainably optimize existing solutions. Our core focus areas include materials research for dental and personal care products, the development and characterization of customized biomaterials for medical devices, targeted biofunctionalization of surfaces, and the use of protein-based materials in medical technology.

Through international collaborations, we ensure the continuous transfer of cutting-edge research into industrial applications.

We support our clients in industry and the public sector across the entire spectrum – from research and development through quality control to claim support and evidence-based marketing. 

Our range of services extends from sample preparation to data-driven analysis and the visualization of robust, reliable results.

Our key areas of focus include:

• Materials Research: Development and optimization of structure- and surface-compatible materials with tailored functionality for medical applications – such as tissue regeneration, tissue engineering, drug screening, and biocompatible polymer systems.
• Analytics: Investigation of chemical, physical, biological, and mechanical mechanisms in personal care and medical products. This includes material analyses, model development, quality assurance testing, and high-resolution characterization of material surfaces and biological structures.
• Surface Modification: Enhancing the performance of implants and medical devices through innovative coatings and functional surfaces – improving adhesion, corrosion resistance, and biocompatibility.