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Light-duty welding positioners (also known as welding positioners, welding turntables, or welding rotary worktables) are auxiliary equipment used for welding, cutting, grinding, assembly, inspection, and other processes on small workpieces. The equipment mainly consists of a rotary mechanism, a tilting mechanism, and an electrical control system. By tilting and rotating the worktable, the workpiece can be placed at the optimal welding position or assembly angle. Our light-duty welding positioners cover load capacities from 30 kg to 50 kg. They feature a precision structure, simple operation, and high flexibility, making them particularly suitable for welding small components such as flanges, steel pipes, ring-shaped parts, and circular workpieces.

Light-duty welding positioners (also known as welding positioners, welding turntables, or welding rotary worktables) are auxiliary equipment used for welding, cutting, grinding, assembly, inspection, and other processes on small workpieces. The equipment mainly consists of a rotary mechanism, a tilting mechanism, and an electrical control system. By tilting and rotating the worktable, the workpiece can be placed at the optimal welding position or assembly angle. Our light-duty welding positioners cover load capacities from 30 kg to 50 kg. They feature a precision structure, simple operation, and high flexibility, making them particularly suitable for welding small components such as flanges, steel pipes, ring-shaped parts, and circular workpieces.

Light-duty welding positioners (also known as welding positioners, welding turntables, or welding rotary worktables) are auxiliary equipment used for welding, cutting, grinding, assembly, inspection, and other processes on small workpieces. The equipment mainly consists of a rotary mechanism, a tilting mechanism, and an electrical control system. By tilting and rotating the worktable, the workpiece can be placed at the optimal welding position or assembly angle. Our light-duty welding positioners cover load capacities from 30 kg to 50 kg. They feature a precision structure, simple operation, and high flexibility, making them particularly suitable for welding small components such as flanges, steel pipes, ring-shaped parts, and circular workpieces.

Adjustable welding roller beds are positioning equipment that rotate the workpiece by means of friction between the driving rollers and the weldment. Driven by a cycloidal pinwheel reducer or a worm gear reducer, they are mainly used for welding, polishing, and assembly of cylindrical workpieces. An adjustable welding roller bed consists of a driving roller unit and a driven roller unit. The drive system employs a variable-frequency speed-control motor, which drives the roller unit through the reducer to rotate the workpiece for welding.

Adjustable welding roller beds are positioning equipment that rotate the workpiece by means of friction between the driving rollers and the weldment. Driven by a cycloidal pinwheel reducer or a worm gear reducer, they are mainly used for welding, polishing, and assembly of cylindrical workpieces. An adjustable welding roller bed consists of a driving roller unit and a driven roller unit. The drive system employs a variable-frequency speed-control motor, which drives the roller unit through the reducer to rotate the workpiece for welding.

Adjustable welding roller beds are positioning equipment that rotate the workpiece by means of friction between the driving rollers and the weldment. Driven by a cycloidal pinwheel reducer or a worm gear reducer, they are mainly used for welding, polishing, and assembly of cylindrical workpieces. An adjustable welding roller bed consists of a driving roller unit and a driven roller unit. The drive system employs a variable-frequency speed-control motor, which drives the roller unit through the reducer to rotate the workpiece for welding.

Self-adjusting welding roller beds (also known as self-aligning welding roller beds) are welding auxiliary devices that rotate cylindrical workpieces through friction between the driving rollers and the weldment. They are widely used in industries such as petrochemicals, pressure vessels, piping, and boilers for circumferential seam welding and internal surfacing welding of shells. The equipment consists of a driving roller bed, a driven roller bed, supporting frames, and transmission units. When paired with a welding manipulator, welding positioner, and other equipment, it enables automatic welding of internal and external longitudinal and circumferential seams.

Self-adjusting welding roller beds (also known as self-aligning welding roller beds) are welding auxiliary devices that rotate cylindrical workpieces through friction between the driving rollers and the weldment. They are widely used in industries such as petrochemicals, pressure vessels, piping, and boilers for circumferential seam welding and internal surfacing welding of shells. The equipment consists of a driving roller bed, a driven roller bed, supporting frames, and transmission units. When paired with a welding manipulator, welding positioner, and other equipment, it enables automatic welding of internal and external longitudinal and circumferential seams.

Self-adjusting welding roller beds (also known as self-aligning welding roller beds) are welding auxiliary devices that rotate cylindrical workpieces through friction between the driving rollers and the weldment. They are widely used in industries such as petrochemicals, pressure vessels, piping, and boilers for circumferential seam welding and internal surfacing welding of shells. The equipment consists of a driving roller bed, a driven roller bed, supporting frames, and transmission units. When paired with a welding manipulator, welding positioner, and other equipment, it enables automatic welding of internal and external longitudinal and circumferential seams.