Multi-layer, multi-pass welding robot
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  • Multi-layer, multi-pass welding robot

Multi-layer, multi-pass welding robot

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Multi-layer multi-pass welding robot

Welding robots use sensors to intelligently identify the position and specifications of the weld seam, improving the welding accuracy of medium and thick-walled pipe fittings. During welding, they can detect and compensate for the distance between the weld seam and the welding torch in real time. Using a high-filling strategy, they plan different weld beads, determining the welding coordinates and paths of each weld bead. Subsequent weld beads compensate for previous ones, achieving stable welding.

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  • Describe
  • Welding Robot Multi-Layer Multi-Pass Welding Working Principle:

      The welding robot intelligently identifies the position and specifications of the weld seam through sensors, which can improve the welding accuracy of medium and thick-walled pipe fittings. During the welding process, it can detect and compensate for the distance between the weld seam and the welding torch in real time. It uses a high-filling strategy to plan different weld passes, determining the welding coordinates and travel paths of each weld pass. Subsequent weld passes compensate for the previous ones, achieving stable welding.

    Advantages of Welding Robot Multi-Layer Multi-Pass Welding:

      1. Improved Welding Stability. Traditional welding of medium and thick-walled pipe fittings can result in insufficient welding, leakage, or excessive welding, leading to inconsistent weld quality. The multi-layer multi-pass welding of welding robots uses real-time visual detection to obtain the distance between the two top points of the bevel cross-section after all weld passes are completed. This allows for compensation and filling of the weld seam, resulting in a beautiful and strong weld.

      2. Improved Welding Efficiency. With the rapid development of high-pressure vessels and pipeline construction, the demand for medium and thick-walled pipe fittings is constantly increasing. Welding robots use multi-layer multi-pass welding methods to improve welding efficiency, automatically filling the weld seam and

      achieving automation of the welding process.

    3. Cost Control. Welding medium and thick-walled pipe fittings requires experienced welders, which can lead to waste of welding materials and increased costs. The multi-layer multi-pass welding of welding robots can plan weld paths according to weld specifications and perform accurate welding, using only the necessary welding material for each pass, thus controlling costs.

      4. Batch Production Welding. The intelligent control system of the welding robot is equivalent to a skilled welder

      in flexibility. After successful path planning for multi-layer multi-pass welding, batch production welding can be achieved, ensuring welding quality while improving efficiency.

    Applications of Welding Robot Multi-Layer Multi-Pass Welding:

      Multi-layer multi-pass welding can be used when the plate is too thick to be welded in one pass, or to reduce heat deformation. It is particularly effective in improving welding performance and the quality of the weld metal, especially its ductility. It is currently widely used in the manufacturing of engineering machinery, automobiles, and ships.

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