joinedas one

Network "Joining Technologies for Hybrid Material Systems"
Ohybrid
Ohybrid
Contact details:
Network managing center
Cetex Institut für Textil- und Verarbeitungsmaschinen
gemeinnützige GmbH
Netzwerk „Fügetechnologien für hybride
Materialsysteme“
Altchemnitzer Straße 11
09120 Chemnitz
Network manager:
Mirko Jacob
Tel.: +49 371 5277-205
Fax: +49 371 5277-100
Mobil: +49 177 53 89 207
Mail: [email protected]
www.fükomp-hybrid.de
… where single parts are
more about that: www.fuekomp-hybrid.de
joined as one
Netzwerk „Fügetechnologien für hybride Materialsysteme“
Ohybrid
Ohybrid
=
well-networked expertise in
joining hybrid materials
18 companies and three research institutes are pooling their knowhow in order to break new ground in joining hybrid materials.
The challenge of reducing CO2 emissions is more and more
becoming the driving force behind the development of lightweight structures in engineering, automotive and aerospace
industries. Environmental aspects and economic efficiency are
calling for a combination of new technologies and smart material
systems.
JOINING TECHNOLOGIES FOR AFFORDABLE LIGHTWEIGHT
CONSTRUCTIONS IN LARGE-SCALE PRODUCTION!
Lightweight Structures Engineering GmbH
FÜKOMPhybrid offers intelligent solutions in terms of both materials and technologies for establishing lightweight materials in
large-scale production.
JOINING WITHOUT ANY ADDITIONAL MATERIAL INPUT!
This also means generating integrative component solutions that
will render expensive and material-intensive joining technologies
unnecessary or reduce the number of assembly steps.
THE OVERALL SYSTEM IS IMPORTANT!
Successfully applying new lightweight materials requires a
thorough re-thinking in the overall system of "material - structure process - function". This is the reason why our network does not
only consider the joining process by itself, but starts out by
developing new material systems with a maximum integration of
functions.
+
s
+
=
Steinbeis-Innovationszentrum
Automation in Leichtbauprozessen (ALP)
material
structure
process
optimum joining technology
Strukturleichtbau
Kunststoffverarbeitung
„Who does not want to submit to all given, is to revolutionise
born.“ (Erhard Blanck)
hybrid
material system
optimized range of properties of material and structural component

Download Report