Fraunhofer Institute for Silicate Research ISC

Building Fraunhofer ISC
© Katrin Heyer for Fraunhofer ISC


The Fraunhofer Institute for Silicate Research ISC in Würzburg offers first-class expertise in materials science with many years of experience in processing, applying and analysing materials.

Scarcity of raw materials, competitive pressure and a shortage of skilled labour are just some of the many challenges facing the manufacturing industry. Researchers at the ISC are focussing on industrially applicable solutions for affordable healthcare and regenerative therapies, resource and energy efficiency as well as sustainability and the circular economy.

Particular attention is paid to the use of bio-based and business-friendly raw materials, the avoidance of critical raw materials and intelligent and sustainable processing techniques.

In addition to contract research and development, the ISC also offers production-related analysis and characterisation, process optimisation, equipment construction and the upscaling of manufacturing and processing methods to pilot scale.

News from Fraunhofer ISC

 

Sustainable biogenic materials

Silicic acids, which are found in rice and bamboo, are important for our lives because they have a biostimulating effect on the body and the environment. At Fraunhofer ISC, sustainable, biodegradable materials are being developed from silicic acid that accelerate the body's regeneration and promote health. Dr. Bastian Christ will be glad to tell you more about the sustainable synthesis of biodegradable materials for life science applications!

 

Reliable availability of epiCS® epidermis models

The Fraunhofer Translation Center for Regenerative Therapies (TLC-RT) is taking over epiCS® technology from Henkel AG & Co. KGaA, ensuring the availability of internationally standardized epidermis models. These OECD-validated tissue models offer a reliable alternative for evaluating skin reactions to chemical substances and contribute to the safety of cosmetics and pharmaceuticals.

 

Project "HiQ-CARB"

Sustainable and high-quality conductive additives for lithium-ion batteries are one of the keys to e-mobility in Europe. In view of the increasing demand for rechargeable batteries due to the transition to electric vehicles and renewable energies, the development of innovative and environmentally friendly materials is important. The HiQ-CARB joint project, funded by the European Union/EIT RawMaterials, has taken a major step forward in this key technology for reducing CO2 emissions over the last 4 years.

 

25.3.2025

Project "PhysioINK"

3D bioprinting aims to enable the fabrication of living organs and tissues at the push of a button, but it faces the challenge of replicating physiological tissue structure. In the "PhysioINK" project, printing inks made from natural tissue proteins are being developed to mimic the physiological structure. The goal is to achieve printability under cell-compatible conditions, as well as to control tissue assembly through simple triggers and the avoidance of chemical modifications.

Conference on Battery Direct Recycling 2026

Join us at the next DRC in February 2026 in Wuerzburg. We're looking forward to your participation.

Careers with impact

We highly prioritize the development and advancement of talent in the fields of natural sciences, engineering, computer science, business, and administration. Explore the variety of development opportunities available to you!

Focus nanotechnology

Nanotechnology faces new challenges in bioeconomy, battery manufacturing, medical technology, and additive manufacturing. The Fraunhofer network can make significant contributions to the necessary research with its expertise.

Press Release / 30.1.25

Project “HiQ-LCA”

HiQ-LCA promotes industry collaboration to meet data needs and support compliance with the new EU Battery Regulation.

Centers of Fraunhofer ISC

 

Fraunhofer Translational Center Regenerative Therapies TLC-RT

Life Science at TLC-RT: solutions in the fields of cellular bioengineering.

 

Center of Device ­Development CeDeD

The Center of Device Development CeDeD develops, designs and builds special scientific devices and research systems according to individual customer requirements.

 

Center for High Temperature Materials and Design HTL

The HTL designs energy-efficient thermal processes and thus contributes to sustainable technological progress in society.

It develops high-temperature materials, high-temperature components and high-temperature measurement methods and thus optimizes thermal processes.

Publications

Here you will find our scientific publications, specialist information (e.g. flyers) and annual reports.

Annual Reports

In our annual reports you will find information on selected research activities as well as facts and figures about Fraunhofer Institute for Silicate Research.

 

Fairs and Events

Meet us in person at trade fairs, congresses and symposia.

We look forward to seeing you!

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Fraunhofer ISC