The welding positioner can better present the weld seam in the ideal welding position and can be used with a variety of different welding machines, which meets the welding needs of different fields. In order to better use the welding positioner to play its role , to help stabilize the welding quality, you need to understand the role of the welding positioner and follow reasonable operating procedures to improve utilization.
With the continuous development of social economy and science and technology, welding positioners are also constantly being updated. They have evolved from traditional single-degree-of-freedom small-capacity welding positioners to dual-degree-of-freedom and multi-degree-of-freedom large-capacity welding positioners. The machine can change the weld angle in multiple dimensions and improve welding flexibility. In practical applications, the welding positioner can improve welding efficiency while ensuring product welding quality.
The welding positioner is mainly used to realize girth welds. During the work process of the welding robot, for workpieces with complex welds, the joint flexibility is limited, which can easily lead to insufficient filling of the welds.The welding positioner can supplement the flexibility of the welding robot and rotate the welding seam to the ideal range. The welding gun can automatically find the position and specifications of the welding seam to help improve welding accuracy.
The welding positioner can achieve coordinated movement with the welding robot and coordinate through the control system to meet different welding conditions.The joints of the welding robot and the welding positioner achieve asynchronous coordination, which can be used for welding medium and thick plate weldments. Each layer of welds can be connected to help stabilize the welding quality.
Different models of welding positioners have different load-carrying capacities. Users need to choose the appropriate welding positioner according to their own workpiece specifications to ensure rotation stability. It is worth noting that the workpiece cannot exceed the load-bearing capacity of the welding positioner, which may easily cause damage to the welding positioner.
The welding positioner and the welding robot achieve coordinated movement. A system with coordinated control is used to realize the coordinated movement of the two. The welding positioner and the welding robot have asynchronous coordinated movement and synchronous coordinated movement. (Synchronous coordinated movement means that the welding robot and the welding positioner run at the same time, which can weld more complex workpieces. Asynchronous coordination means that after the welding robot welds the workpiece, the welding positioner then moves.)
Welding positioners can reduce production costs and improve workers' working conditions. More and more users are beginning to use welding positioners for production, and the number and scale of applications in the future market will continue to increase.
The company's main products include: handheld laser welding machines, arc welding robots, laser welding robots, gas shielded welding robots, spot welding robots, collaborative robots, welding positioners, customized welding fixtures, gantry welding robots, welding robot workstations, robot mobile floor rail, robot grinding system, robot cutting system, welding auxiliary equipment, welding automation system integration, etc.
Changzhou Anchuang has always adhered to the concept of providing customers with cost-effective automation technology solutions and services, continuing to create value for customers, and treating every customer with heart. Please submit your contact information and project requirements to get a free solution. Welcome to inquire: +8615151971897, Nicole@anchuangwelding.com
