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MEMBERS OF THE AREAS OF APPLICATION TECHNOLOGICAL IMPACT

PROJECT TEAM
_All remote laser welding processes that require _Optical coherence tomography (OCT) can
_Thibault Bautze-Scherff process monitoring. be used to its full extent in combination
(Team Representative) _Laser joining tasks in the automotive industry, for scanner-based laser material processing.
_Martin Zeitler example on door and seat structures, as well as on _Various kinds of in-process monitoring
_Volkan Türetkan numerous components for electric vehicles. technologies (e.g. photodiodes, pyrometers)
_Dr. Uwe Megerle _Scanner-based laser applications in the field are localized at an equal spatial resolution as
(SCANLAB GmbH, Puchheim, Germany) of additive manufacturing, necessitating highly the galvanometer scanner itself.
accurate process monitoring (SLM/LPBF). _The centralized data processing allows for a
Blackbird Robotersysteme GmbH, _Further applications using OCT or other sensors single user interface, greatly simplifying the
Garching b. München, Germany for coaxial process monitoring and control in human-machine interaction.
combination with galvanometer scanners _Open-interface for various kinds of sensor
types to be synchronized with the scanner.

> 13 axes in action: robotic on-the-fly
remote laser welding with OCT-based
process monitoring

> The Blackboard in its initial case accompanied
by a scanner and its RTC control board.

> Pre-, in-, and post-
process data as
it’s provided by the
Blackboard.

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