Heavy Duty Pipe Spool Welding System, Column Boom Welding Manipulator for Large Diameter Pipe Circumferential Joint Fabrication

The vertical main column adopts thickened national standard steel plate integral welding and secondary vibration stress relief treatment. The overall rigidity is extremely high, with zero shaking and zero deformation during long-term heavy-load pipe welding. It provides ultra-stable vertical support for boom stretching and torch welding.

Closed rectangular boom structure with enhanced anti-bending and anti-torsion performance. The horizontal moving track is precisely processed, with smooth feeding and uniform speed. It completely avoids welding track deviation and wavy welds during pipe seam welding.

Industrial motor + precision gear rack transmission structure. The lifting process is silent, stable and jitter-free. It can accurately fine-tune the torch height according to different pipe diameters, wall thicknesses and multi-layer welding procedures to ensure optimal arc striking position.

Horizontal boom travelling speed adopts frequency conversion stepless adjustment. Operators can precisely match the welding speed according to pipe material, wall thickness and welding process requirements to achieve the best fusion effect.

Equipped with X, Y, Z three-axis manual fine adjustment function. For uneven pipe butt gaps, elliptical pipe ends and multi-layer multi-pass welding, the torch position can be calibrated microscopically to ensure the welding arc is always centered on the weld seam.

Industrial special PLC core control + high-definition touch screen human-machine interaction. It supports real-time parameter modification, multi-group pipe welding recipe storage, one-key saving and one-click recall. Common pipe diameter and wall thickness parameters can be preset, realizing fast switching of different pipe spool specifications and continuous batch production.

All power lines, control signal lines and air pressure pipelines are fully built into high-strength industrial drag chains. It prevents cable pulling, extrusion, abrasion and aging during long-term reciprocating movement, greatly improving equipment stability and service life.

Equipped with upper and lower lifting limit protection, front and rear travel limit protection, emergency stop switch and mechanical anti-collision device. It eliminates equipment overtravel, collision and safety accidents in high-intensity workshop operation.

Fully mechanical fixed-track welding eliminates all manual errors. The circumferential weld features uniform width, flat surface, dense fusion and stable full penetration. No undercut, no porosity, no slag inclusion, fully meeting pipeline engineering NDT testing standards.

Aiming at the characteristics of heavy weight, large diameter and high rigidity of industrial pipe spools. Cooperated with turning rolls, it realizes stable rotation and zero-shake welding, solving the difficulty of forming poor welds for heavy pipes.

Preset standard welding recipes for conventional pipe specifications. No repeated debugging is required when switching orders. Continuous automatic welding greatly improves daily pipe spool output and shortens project delivery cycle.

One machine completes circumferential girth seam welding for pipe spools and longitudinal straight seam welding for pipe plates and cylinder shells, maximizing equipment utilization and reducing factory investment cost.

Compatible with all mainstream welding power sources and turning roll models on the market. It supports both single-station semi-automatic production and assembly line integrated automatic production.

Automated welding replaces high-paid senior pipe welders. The pass rate of finished welds is extremely high, greatly reducing repair, polishing and rework costs, and lowering comprehensive pipe prefabrication cost.

The overall stress-relieved steel structure is resistant to vibration and deformation. The equipment runs stably for a long time with low failure rate and simple daily maintenance, adapting to high-intensity workshop production.