How to choose the positioner for welding manipulator
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The following aspects need to be considered when selecting a positioner for an automated welding manipulator:
Shape and size of the workpiece: The shape and size of the workpiece determine the working range and carrying capacity of the positioner. If the workpiece is large or complex in shape, a positioner with a stronger carrying capacity needs to be selected.
Welding process: Different welding processes require different positioners. For example, for laser welding, a high-precision positioner needs to be selected, while for arc welding, a positioner with a stronger carrying capacity needs to be selected.
Welding speed: Welding speed is also an important factor in selecting a positioner. If the welding speed is fast, a faster positioner needs to be selected to ensure production efficiency.
Degree of automation: The higher the degree of automation of the positioner, the less manual intervention can be made and the higher the production efficiency. Therefore, it is necessary to select a positioner with an appropriate degree of automation according to the actual working conditions.
Cost: Finally, the cost factor needs to be considered. Different positioners have different prices, and it is necessary to select an appropriate positioner according to the actual budget. In summary, the selection of a positioner for an automated welding welding operator requires comprehensive consideration of factors such as workpiece shape and size, welding process, welding speed, degree of automation and cost.
