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Machine Tools and Manufacturing Technology
Joining and Cutting Technology
Technical products go through several joining and
separating steps until completion. These processing steps
are particularly relevant for the high quality and economic
success of the production. The aim of the research
and development activities is to optimize production
processes in terms of quality and productivity. For this
purpose, the researchers have access to a machine
park with modern laser beam sources, friction welding
equipment and a wide range of measuring and analysis
instruments. The team’s expertise ranges from process
analysis, systems engineering and technology consulting
to process simulation.
Projects
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ExZellTUM II – Excellence center for battery cells at the
Technical University of Munich
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FOREL II – Research and technology center for
resource efficient lightweight structures for electro
mobility
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FSWLeg – Synthesis of non-equilibrium alloys using
friction stir processes
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PROLEI – Process chain for joining fiber reinforced
polymers to metals in lightweight structures
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ProLasKu – Enhancement of process efficiency and
weld seam quality for laser welding using innovative
system technology
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RegTemp – Temperature control during friction stir
welding
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ReVeBa – Computer-based minimization of distortions
for laser welding of complex structures
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SurfaLIB – Surface modifications of battery materials
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ZAktiSiLA – Design and development of a prototype
of a central active safety device for the monitoring
Absorption measurement of green laser radiation using an integrating
sphere
Wire and arc additive manufacturing at iwb
of remote high-performance laser beam systems in
industrial applications
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RoKtoLas – Robot-guided, scanner-based optical
coherence tomography for remote laser beam welding
for flexible process chains in car body construction
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RevisedBatt – Resonances, vibrations, shocks, external
mechanical forces and detection methods for Lithium-
Ion Batteries
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SPP 1640 (3rd funding phase) – Binding mechanisms
during friction stir welding of mixed compounds
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Click&Weld – Increased industrial applicability of
friction stir welding through a knowledge-based and
user-friendly operating concept
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MoBaReg – Process torque based temperature control
for friction stir welding