Current projects

With its materials research and process development, Fraunhofer ISC makes important contributions to solving global challenges

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The focus of our research is on climate change, environmental pollution, excessive use of resources, the energy transition, as well as material innovations with and for artificial intelligence and digitization, an aging population in industrialized countries, and growing urbanization.

Our work must be measured against these challenges, and we at Fraunhofer ISC want to make essential contributions to solving them.



TOXIG: Novel fast CO sensors provide reliable warning

In the research project, Fraunhofer ISC and its two sister institutes IPM and EMFT developed a cost-effective and reliable CO sensor whose core contains nanoporous particles with special dyes. These react very quickly and to the smallest amounts of CO in the ambient air with a color change. This prevents malfunctions caused by other environmental influences.


BioBaFol: How plastic packaging becomes ­"organic"

Together with four partners from industry and research, Fraunhofer ISC is working on a new generation of film based on biogenic, readily available raw materials that meets all the usual requirements for food packaging. The starting point is biogenic plastic based on lactic acid (PLA).


TOPS: Connecting skin and metal

Improvement of transcutaneous osseointegrated prosthesis systems: Because the skin cannot fully attach to the metal socket after surgery, an open gap remains. This "permanent wound" must be carefully maintained on an ongoing basis and carries a constant risk of infection. Modified fiber fleeces developed at Fraunhofer ISC (TLC-RT) could prevent such problems in the future.


Battery Analysis

Optimized quality control from cell production to the end-of-life of the cell: The Fraunhofer R&D Center for Electromobility FZEB, as one of three competence centers in Germany in the field of ultrasonic monitoring for batteries, is further developing ultrasonic sensor technology with its project partners. The aim is to create a database for automated analytics, digitized material development and the use of AI in the field of battery development.


Mechanical Engineering and Future Glass:
High-Throughput Screening 4.0

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A few years ago, the Fraunhofer ISC Glass Group, together with the Center for Device Development (CeDeD), was the first to provide a globally unique research facility for modern glass development with its glass screening system, which is fully automated from the weighing of batch constituents to controlled cooling. With the High Throughput Screening (HTS) 4.0 facility, a new generation of equipment is now available for digitization and the Materials Data Space.

More on this in the current annual report


Partners for EU projects

Fraunhofer ISC has an excellent track record in European collaboration and can build on a large international network of research partners from industry and research.


at Fraunhofer ISC

Sustainable solutions for the refinement and efficient material use of biogenic materials

Press Releases


EIT Culture & Creativity - a game changing organisation for a prosperous Europe

The consortium Innovation by Creative Economy (ICE) is coordinated by the Fraunhofer-Gesellschaft. Today, it was selected by the Governing Board of the European Institute of Innovation and Technology (EIT) as a new Knowledge and Innovation Community (KIC) in the cultural and creative sectors. The European partnership EIT Culture & Creativity aims to support students and start-ups to generate innovative products and processes in the creative industries and for the cultural heritage sector.
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Case study shows: Robots in Nanoparticle Production - Reliable, Fast and Safe

What otherwise takes hours in the laboratory, involves annoying waiting times and many sources of error, can now be accomplished by a robot in less time, well digitally documented and with high reproducibility. Automation of synthesis processes for nanoparticles can be a milestone for the use of new therapeutic and diagnostic medical devices – and at the same time increase occupational safety and relieve highly qualified laboratory personnel from monotonous routines.
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Smart sensors for future fast charging – "SPARTACUS" battery research project has mastered the first milestones

The SPARTACUS research project as part of the EU research initiative BATTERY 2030+ has now been running for around a year. The project has successfully mastered the first milestones and project goals. On the way to sensor-based optimization of charging times, range and service life for lithium-ion batteries, the SPARTACUS project team has worked on a number of partial aspects over the past 12 months. Now the individual components can be combined into a complete system.
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IDcycLIB: Innovation platform of a green, detectable and directly recyclable lithium-ion battery

Technological sovereignty and job security in Germany, the sustainable rethinking and redirection in the use of raw materials - the most efficient possible use and resource-conserving utilization concepts - are major challenges facing the industrial sectors in Europe and worldwide. In particular, the shift away from fossil-fueled mobility to sustainable electromobility based on renewable energy sources has intensified the discussion about the resource requirements for the batteries needed for this. This is precisely where the IDcycLIB joint project comes in with forward-looking concepts.
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Your local contact

Marie-Luise Righi

Contact Press / Media

Marie-Luise Righi

Head of PR and Communications

Fraunhofer-Institut für Silicatforschung ISC
Neunerplatz 2
97082 Würzburg, Germany

Phone +49 931 4100-150

Fax +49 931 4100-399