1. Engineering machinery manufacturing
It is widely used in the welding of structural parts of construction machinery such as excavators and loaders. It can flip large components such as booms and frames to the optimal welding angle, so that the welds are in the flat welding or boat-shaped welding position, improving welding quality and efficiency. For the connection parts of complex structures, by precisely adjusting the workpiece posture, it ensures that each weld can obtain good accessibility, reduces welding blind spots, and reduces the difficulty of manual operation.
2. Pressure vessel production
It is used for welding the cylinder and head of various pressure vessels. It can drive the workpiece to rotate smoothly, so that the circumferential seam welding process is carried out continuously, ensuring uniform weld formation. When welding complex welds such as the connection between the pipe and the cylinder of the pressure vessel, the workpiece position can be adjusted at multiple angles to achieve symmetrical welding of the weld, reduce welding stress concentration, and ensure the safety of the vessel.
3. Pipe and pipe fittings manufacturing
It plays a role in the butt welding of long-distance pipelines and chemical pipelines. It can accurately control the rotation speed of the pipeline and cooperate with the welding equipment to complete the automatic welding of the circumferential seam, thereby improving the welding accuracy of the interface. For the welding of special-shaped pipe fittings such as elbows and tees, by adjusting the spatial position of the workpiece, the welds of each part are in a position that is convenient for operation, ensuring stable and consistent welding quality.
4. Steel structure processing field
Suitable for welding beams, columns, trusses, and other components in steel structure workshops, it can flip large steel components to the appropriate angle, facilitating groove welding and multi-layer, multi-pass welding. When welding box beams, H-beams, and other structures, the stable displacement function ensures that the workpiece position remains unchanged during welding, reducing welding defects caused by workpiece displacement and improving the overall strength of the steel structure.
5. Naval architecture and marine engineering
Applied to welding operations such as hull sections and deck structures, it enables multi-dimensional adjustments to large hull components, meeting the demands of complex welds. For welding tubular components and flange connections on offshore platforms, precise posture control enables efficient welding, meeting the stringent welding quality requirements of offshore engineering and enhancing the corrosion resistance and reliability of the structure.
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