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How should the welding robot positioner be selected? Choose a single-axis positioner or a two-axis positioner?

How should the welding robot positioner be selected? Choose a single-axis positioner or a Two-axis positioner?

At present, with the wide use of welding robots, most of the processing enterprises use them. In order to match the welding robot, the proper position is very important for the welding effect. Therefore, in most cases, the welding robot needs to use the welding displacement. One of the machine auxiliary tools, the welding Robot positioner is divided into the linkage robot, and the non-linked robot. In general, the linkage robot welding positioner is more expensive, mainly in the external shaft motor used by the imported robot. The positioner that is not linked is mainly because he can use domestically produced motors, and the price is relatively cheap.

201992413220487 - How should the welding robot positioner be selected? Choose a single-axis positioner or a two-axis positioner?

The role of the welding Robot positioner is mainly to rotate the welding fixture and the welding piece according to the program edited in advance (rotation, turning), so that the seam point of the workpiece is in the most suitable welding position, so that the welding effect is the most Good location status.

Welding robot positioner

The development of the welding robot not only enables the welding effect to be better displayed, but also accelerates the production efficiency in the welding field. Although the welding robot is a large-sized welding, its body is awkward and often needs to be lifted during the welding process. The welding positioner needs to be blessed. The welding positioner is a common auxiliary product in the welding field, mainly with the welding robot to speed up the welding efficiency. So how do you choose the right positioner for the welding robot? The following points are important.

1. The equipment provides protection to the welding robot to prevent radiation and splashing.

Robotic rail

Second, the welding robot and the positioner work together to improve the accessibility of the weld.

3. When welding thin plates, the welding speed can be increased by displacement, and vertical welding can also be realized.

Fourth, the human-machine interface is friendly.

5. When welding robots are welded, two sets of worktables can be used. When a set of workbench is in operation, the operator can load or unload the workpiece on another set of workbenches.

6. This can be especially important when the weld is in a flat weld position, especially when welding a critical thickness weld.

7. Reduce the repetitive positioning of the robot, that is, reduce the cycle time and reduce the wear of the torch hose on the production line.

At the same time, the positioner is divided into single-axis, double-axis and three-axis positioners. The single-axis positioner is mainly a horizontal disk positioner, and the head and tail Frame positioner is widely used.

The Two-axis positioner is mainly embodied in the P-type, L-type and W-type Two-axis positioner; the difference between the Three-axis positioner is that it is installed in the head and tail frame in a double clause, and the mechanism can be rotated in the middle, so that workers can be avoided. Move the product back and forth.

Combining these selection points can select suitable positioner equipment for the welding robot to ensure its work efficiency and safety issues. The operational application of the positioner plays an important role in the welding robot.



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