Programming of Remote Laser Welding (RLW) becomes much easier by use of an “intelligent” scanner optics which considers the actual spatial position of the guiding robot. Adding a seam tracking sensor system extends the application range to fillet welding, which has become of increased interest in automotive industry. Our sensor system is also capable to online measure the seam geometry for quality assurance purposes. An associated test data visualization and evaluation system allows a comprehensive workpiece assessment and supports an automatic industrial production line.

Our system combines flexible RLW with fillet welding without filler wire and quality assurance measurement in one tool and replaces three conventional work stations at higher throughput.

1.
A.
Muellegger
,
T.
Ryba
:
I-PFO – The new Technology for simple and flexible implementation of high productive “On-The-Fly” remote processes
; in
Proc. SPIE 10097, High-Power Laser Materials Processing: Applications, Diagnostics, and Systems VI, 100970M
(February
2017
)
2.
F.
Dorsch
:
Process Sensor Systems for Laser Beam Welding
; in
Laser Technik Journal
, No.
3
(
2012
)
3.
F.
Dorsch
,
D.
Pfitzner
,
H.
Braun
:
Improved Continuous Tube Welding due to Unique Process Sensor System and Process Control
;
Lasers in Manufacturing Conference 2013
,
Physics Procedia
41
(
2013
)
137
9
4.
S.
Gonsior
:
ScanTEC – Flexible Tool for the Modern Bodyshop; at EALA conference (European Automotive Laser Applications)
,
Bad Nauheim (Germany)
, February
2017
This content is only available via PDF.
You do not currently have access to this content.