Hydraulic Oil Tank

The single-axis adjustable welding positioner is based on the standard single-axis head-and-tailstock positioner, with the addition of a movable tailstock. By adjusting the length of the tailstock, it can adapt to workpieces of more sizes and shapes, achieving multi-purpose functionality and rapid changeover.

Basic structure and core components: A fixed base, a rotary spindle box, an adjustable tailstock (electric/manual adjustment), a servo motor and precision reducer, a conductive mechanism, a safety protection system, and an electrical control system.

Applications include automated welding of various types of products in small to medium batches.

The dual-axis U-shaped welding positioner is a heavy-duty servo welding device with a U-shaped double-column encircling structure as its core feature. It integrates dual independent drive systems for the tilting axis (U-shaped frame swing) and the rotation axis (worktable rotation).

Basic structure and core components: Welding disc, heavy-duty worktable, integrated electrical control cabinet, tilting axis, rotation axis, servo motor and precision reducer, industrial-grade protection system, and electrical control system.

Performance: High rigidity under heavy load, capable of welding in all postures without dead angles. It provides ultimate support rigidity and operational stability for large eccentricities, long shafts, and heavy irregular workpieces, and is a core load-bearing unit for realizing automated welding by industrial robots in heavy equipment manufacturing.

The dual-axis C-type welding positioner is a high-strength alloy steel integral welded servo device, an industrial welding robot arm with an open C-shaped structure.

Basic structure and core components: heavy-duty worktable, dual independent drive axes, servo motors and precision reducers, industrial-grade protection, and an electrical control system.

Suitable for use with 6-axis industrial welding robots, collaborative robots, manual welding, and specialized welding machines, it enables automated welding of various structural components such as shafts, discs, housings, pipes, flanges, and small engineering machinery parts.