An adaptive process control and seam tracking system for robotic laser welding with filler was developed and then evaluated for the butt welding of SS-1147 mild steel sheets of thickness 2 mm. The system comprises a 3 kW Nd:YAG laser, an industrial robot and a laser camera for seam tracking and measurement of gap width. The gap width data are used to control welding speed and wire feed rate. Experiments were carried out to weld butt joints of SS-1147 mild steel with gap widths varying between 0-0.8 mm. The resultant weld geometry was evaluated to determine the operating range of the laser camera (measured gap width) for monitoring to result in acceptable welds.Godkänd; 2003; 20061215 (ysko
Laser welding is used in modern industrial production due to its high welding speed and good welding...
International audienceIn this paper, a study of quality monitoring technology for the laser welding ...
Because of their construction and flexibility, industrial robots are suitable to be used, with a las...
An adaptive process control and seam tracking system for robotic laser welding with filler was devel...
An adaptive process control and seam tracking system for robotic laser welding with filler was devel...
An adaptive process control and seam tracking system for robotic laser welding with filler was devel...
An industrial robot is mainly used for manufacturing. Industrial robots are 6 or more axes, which ca...
An industrial robot is mainly used for manufacturing. Industrial robots are 6 or more axes, which ca...
Remote laser welding systems can usually focus a laser beam to diameters of 0.1 mm. Therefore, high ...
Laser welding requires fast and accurate positioning of the laser beam over the seam trajectory. The...
In this paper, a study of quality monitoring technology for the laser welding was conducted. The las...
of a laser-based seam tracking system for real-time industrial robot welding application
The use of robotic laser welding is increasing among industrial applications, because of its ability...
Robotic laserwelding is a promising joining technique for welding of continuous seams in 3D products...
Robotic laserwelding is a promising joining technique for welding of continuous\ud seams in 3D produ...
Laser welding is used in modern industrial production due to its high welding speed and good welding...
International audienceIn this paper, a study of quality monitoring technology for the laser welding ...
Because of their construction and flexibility, industrial robots are suitable to be used, with a las...
An adaptive process control and seam tracking system for robotic laser welding with filler was devel...
An adaptive process control and seam tracking system for robotic laser welding with filler was devel...
An adaptive process control and seam tracking system for robotic laser welding with filler was devel...
An industrial robot is mainly used for manufacturing. Industrial robots are 6 or more axes, which ca...
An industrial robot is mainly used for manufacturing. Industrial robots are 6 or more axes, which ca...
Remote laser welding systems can usually focus a laser beam to diameters of 0.1 mm. Therefore, high ...
Laser welding requires fast and accurate positioning of the laser beam over the seam trajectory. The...
In this paper, a study of quality monitoring technology for the laser welding was conducted. The las...
of a laser-based seam tracking system for real-time industrial robot welding application
The use of robotic laser welding is increasing among industrial applications, because of its ability...
Robotic laserwelding is a promising joining technique for welding of continuous seams in 3D products...
Robotic laserwelding is a promising joining technique for welding of continuous\ud seams in 3D produ...
Laser welding is used in modern industrial production due to its high welding speed and good welding...
International audienceIn this paper, a study of quality monitoring technology for the laser welding ...
Because of their construction and flexibility, industrial robots are suitable to be used, with a las...