|Laser Type:||IPG Fiber Laser Generator||Single Pulse Energy:||150j|
|After-sales Service Provided:||Engineers Available To Service Machinery Overseas||Warranty:||One Year|
industrial robotic arm,
laser beam welding machine
Laser welding is a mature non - contact welding method. The high energy density makes high-speed machining and low heat input possible. The welding strength is high, the weld is narrow, the heat affected zone is small, and the workpiece deformation is small.
Laser welding robot advantages
A. Laser welding of iron and stainless steel, no deformation, no blackening, no need to polish, beautiful solder joints.
B. Optical fiber transmission laser welding machine, the laser is transmitted through the optical fiber to the welding head, which is a flexible edge connection. the laser energy is distributed in a hat shape in the spot range, the energy distribution of the whole spot is even, the welding spot is smooth and beautiful, and it is suitable for making high demand points, welding, spot welding stability is high.
C. Fiber transmission laser welding machine has a uniform beam quality, laser energy needs a fiber to transmit.
D. The optical fiber transmission laser facilitates the structural separation of the laser transmission and the laser generation, and realizes energy splitting or time splitting or both.
E. Optical fiber transmission has flexible welding flexibility, easy remote cooperation between the console and the host computer, easy integration with the customer's automated production line, combined with the CNC system,equipped with special automation fixtures, and can be automated
F. fiber transmission welding machine weld spot energy distribution is uniform, with the best spot required for welding characteristics, the spot is finer, more suitable for precision welding and thin wall material welding.
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 application
Welding and brazing, protective gas welding, other welding, brazing, painting, surface treatment, and other applications. Applicable to microelectronic components, precision parts, high-grade digital components, fiber optic connectors, medical equipment, large-scale mold welding, injection molding and other welding.
Weldable material: carbon steel, ordinary alloy steel, stainless steel, laser welding of different steels, stainless steel - low carbon steel, 416 stainless steel -310 stainless steel, 347 stainless steel -HASTALLY nickel alloy, nickel electrode - cold forging steel, different nickel content of bimetal strip, titanium, nickel, tin, copper, aluminum, chromium, niobium, gold, silver and other metals and their alloys, and steel, Kovar alloy and other alloys of the same material.
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|
Contact Person: Daisy He