Frohe Weihnachten und einen guten Start ins Jahr 2025!
Wir sind ab 7. Januar 2025 wieder erreichbar.
THE FEM
research, develop, measure. Since 1922.
Since 1922, the fem has been one of the leading independent institutes for the research, development and analysis of metallic materials and coatings. The aim of our work in the fields of materials science and surface technology is to provide forward-looking solutions for SMEs and industry.
200 ACCREDITED PROCEDURES ACCORDING TO DIN EN ISO/IEC 17025:2018
2500
INDUSTRIAL ORDERS P.A.
25
Current RESEARCH PROJECTS
4,5
MIO € THIRD-PARTY FUNDS P.A.
SUSTAINABILITY
Advancing sustainability with research. But sustainably.
At fem, we focus on sustainable energy supply, intelligent building control and the careful use of all resources. This is what we are researching in our focus areas of energy technology, lightweight construction and raw material efficiency. And this also includes sustainable investment in our highly qualified employees. Almost all contracts are open-ended: this ensures continuity, knowledge building and high motivation.
35.000
KWH/A WITH PHOTOVOLTAICS (EQUIVALENT TO 3500 CM NATURAL GAS)
440
440 KW HEATING AND COOLING CAPACITY WITH GEOTHERMAL ENERGY (CO2-NEUTRAL)
100%
100% OF OUR R+D PROJECTS HAVE SUSTAINABILITY AS THEIR GOAL
95%
95% OF OUR EMPLOYMENT CONTRACTS ARE UNLIMITED
RESPONSIBILITY
Innovations: Good for small and medium-sized enterprises, good for the country.
Forward-looking solutions for SMEs and industry strengthen our economy, create new jobs and secure our prosperity. We see this as our social responsibility: for our almost 100 employees in Schwäbisch Gmünd, for our partners in business and science, and for the state of Baden-Württemberg, which actively supports our work.
1922
SINCE THEN ROOTED IN SCHWÄBISCH GMÜND AND THE OSTALBKREIS
1.300
CUSTOMERS AND COMPANY PARTNERS FROM BADEN-WÜRTTEMBERG
We are exploring new material and layer concepts within the framework of publicly funded projects with partners from science and industry for the major focus areas of energy technology (hydrogen technology and battery technology), digitalised process technology, intelligent surfaces and raw material and resource efficiency, among others.
If you are looking for new materials, coatings or processes, fem is the right R&D partner for you. We develop intelligent, customised solutions on your behalf - competently, exclusively and confidentially. All research results belong to you, of course, without any ifs or buts.
Be it the development of new products, questions of quality assurance or damage to components: numerous test methods are available at fem for the investigation of material and layer properties. These include tensile and compression tests, tribological tests, hardness measurements, corrosion and weathering tests, chemical analyses, 3D X-ray computer tomography, scanning electron microscopy and much more.
Accredited testing laboratory according to DIN EN ISO/IEC 17025:2018
Precision and reliability are of utmost importance in the micro- and nanometre range. That is why around 200 test and inspection procedures are accredited at fem in accordance with DIN EN ISO/IEC 17025:2018. The independent confirmation of our competences is regularly carried out by the Deutsche Akkreditierungsstelle GmbH (DAkkS-D-PL-14368-01-00) and has existed since 1996.
For the analysis of complex damage cases, our interdisciplinary and experienced team of experts has extensive testing procedures at its disposal. Damaged components are analysed quickly and reliably. And remedial action is provided by customised solutions that we develop for you on your behalf.
On an additional 4,500 square metres, the fem is expanding and intensifying practice-oriented R&D work in materials science and surface technology for the important future fields of energy technology, resource efficiency, lightweight construction and digitalised process technology and technology transfer to SMEs and industry.
Die Vielfalt unserer sieben Abteilungen und ihren Methoden ermöglicht interdisziplinäre Forschung in der Materialwissenschaft und die Betrachtung des gesamten Beschichtungsprozesses.
