1000W continuous fiber laser welding machine

detailed description
The automated welding system mainly consists of a laser host, a continuous laser machine, a chiller, and two corresponding fixtures; This system only requires single person operation, and after program setting, it can achieve fully automatic welding; The equipment is equipped with emergency braking to ensure the safety and health of operators.
Laser type: continuous pulse laser
Laser wavelength 1080nm
Maximum laser output power 1000W
Continuous laser frequency
1 fiber output quantity
Aiming and positioning method: Red light indicator (CCD optional)
Cooling method: Water cooling, 3P chiller (standard)
Electricity demand 380V (± 5%)
Host power consumption ≤ 4KW
Laser energy instability ≤± 2%
Minimum spot diameter 0.2mm
Welding depth 0.2~2.0mm
Control method: PC control is easy to operate, with trajectory teaching function and simple to use
Performance features: Comes standard with three axes and can be expanded to four axis linkage to achieve three-dimensional welding in any space
Driving method: stepper motor+ball screw
Standard X, Y, Z-axis
Optional R-axis or R-axis tilt adjustment
Travel distance 400 * 500 * 300mm
X/Y/Z axis positioning accuracy 0.08mm
X/Y/Z axis repeat positioning accuracy ± 0.04mm
Collimator head adjustable XY plane ± 45 °, tilt angle adjustable
External control call waveform can
Operation process: Manually complete the preparation actions of the robot before automation, press the start switch, and then simply observe the operation of the equipment. The specific workflow of the equipment is as follows:
⑴ Manual feeding → ⑵ Cylinder compression → ⑶ Press the start button and wait for welding → ⑷ After welding, release the cylinder and repeat the above actions. This equipment adopts a dual station welding on one workbench, and during the welding process, the other station loads and unloads materials to ensure efficient operation of the equipment.
Fixture Description
On the lower mold of the workpiece, the three workpieces to be welded are sequentially placed into the cylinder of the lower mold. Two positioning pins accurately limit the plane position of the disc, and the accurate positioning of the parts is ensured by the compression of the surrounding two corner cylinders. The repeatability and stability of the workpiece clamping are guaranteed.