|Laser Type:||IPG Fiber Laser Generator||Wavelength:||1064um|
|Power Supply:||3-phase AC380V||Dimensions:||L750 X W1620 X H1340|
laser welding machine,
industrial robotic arm
Because laser welding has the advantages of high energy density, small deformation, narrow heat - affected zone, high welding speed, easy automatic control, and no subsequent processing, it has become an important means of processing and manufacturing metal materials in recent years, and it is widely used in the automotive, aerospace, defense industry, shipbuilding, marine engineering, nuclear power equipment and other fields, the materials involved cover almost all metal materials.
Although compared with the traditional welding method, laser welding still has the problems of expensive equipment, large one - time investment and high technical requirements. However, the high efficiency of laser welding and the easy realization of automatic control make it very suitable for large - scale production lines and flexibility manufacturing.
Laser welding robot functon
The robotic laser welding system can be configured with the “TeachLine” function, which uses an optical sensor to detect the actual position of the weld, thus automatically calibrating the tolerances and positioning errors of the workpiece. With the "TeachLine" function, you can greatly reduce the amount of time required to re - teach. The welding assist gas sends the welding gas to the surface of the workpiece through different types of gas nozzles that can be replaced. At the same time, the “Crossjet” side blows the air curtain, which is blown out from the slit by the high - pressure air in the horizontal direction to form a gas barrier, reducing the risk of welding splashing and staining the protective glass of the lens.
The main function of the robot system is to achieve laser welding without welding wire, thereby realizing the advantages of laser high speed welding. Of course, the system can also be used with the cold wire feeding function, which is suitable for the case where the joint gap is too large or has special requirements for the metallographic microstructure of the welding area.
Laser welding robot technical parameter
|Laser type||YAG lamp pump laser generator|
|Laser wave length||1.064μm|
|Single pulse maximum output power||150J|
|Laser transmission mode||Flexible fiber|
|Power supply||3 phase AC 380V|
|Maximum input power||8KW||16KW|
|Working table (optional)||Precision electrical slide working table; galvanometer working table; robot device|
|Cooling system||Internal & external double circulation heat exchange|
|Heat exchange power||12.5KW||18KW|
|Quantity of fiber transmission branches||1 ~ 4|
|Storable laser type||32 types|
|Video monitoring ( optional )||High - definition camera + 14 inch monitor|
Laser Welding Robot Arm Technical Parameter
|Distance of 5th axis reaches||1.44m|
|Number of robot body axes||6|
|Number of external devices axes||6|
|Continuous rotation axis||6|
|Repeat positioning accuracy||0.05mm|
|Tcp top speed||2.1m/s|
|Laser type||IPG fiber laser generator|
|Power supply||200-600V, 50/60Hz|
|Weight of robot arm||380kg|
|Integrated source||Upper arm 23 channel signal|
|Integrated gas source||Upper arm up to 8bar|
Laser welding robot application
laser welding robot can weld stainless steel,aluminum,carbon steel,spring steel,copper,brass,galvanized sheet,rare metals,sheet metal butt for batteries,solar panel,denture parts,pcb panel,eyeglasses frames,jewelry,mold repairing,motor,automotive parts,hardware,aerospace,phone shell,electric heat pipe,small flange,super capacitors,household appliances,cooker,cooking utensils,kitchenware,medical equipment,electronics etc.
Contact Person: Daisy He