| MOQ: | One unit |
| Price: | 1000-100000 |
| Standard Packaging: | Wooden box |
| Delivery Period: | 5-8 work days |
The Servo Head & Tail Stock Positioner is a robot-integrated workstation engineered for fully automated circular seam welding of lamp pole flanges. It combines servo positioning, precision rotation control, and six-axis robotic welding to replace manual welding with high-precision, high-efficiency, standardized production for street light poles, monitoring poles, and traffic signal poles.
Traditional manufacturing of street light poles and monitoring poles relies heavily on manual circular seam welding. This method suffers from inconsistent welding speed, uneven weld bead depth, unstable penetration, frequent spatter, and high rejection rates. Manual welding also demands large labor teams, driving up costs and limiting daily output, making it difficult to fulfill large-scale standardized orders.
Our automatic head and tail robot welding positioner is purpose-built for long tubular steel pole welding. It integrates servo positioning technology, precision rotating control, and six-axis robotic welding to achieve fully automated, unmanned, high-precision circular seam welding between the pole body and flange plate. This equipment completely replaces traditional manual methods, enabling standardized, high-efficiency, high-quality batch production for all types of light poles and signal poles.
The workstation features a super heavy-duty thickened steel plate integral welding frame, treated with high-temperature stress relief annealing. This ensures the base will not deform under long-term high-load, continuous working conditions. The overall structure delivers high rigidity, strong shock resistance, and extremely stable operation.
The equipment consists of a fixed headstock driving unit, movable tailstock supporting unit, precision linear guide rail moving system, servo driving control system, industrial robot welding system, and intelligent electric control cabinet. All core mechanical parts are processed by precision CNC machining centers to guarantee assembly accuracy, concentricity, and running stability.
The headstock is equipped with a high-power servo motor and precision reducer, providing stable and uniform rotating power for workpieces. The tailstock adopts an automatic moving and automatic jacking clamping structure, freely adjustable according to different pole lengths. This ensures perfect fitting and firm support for long workpieces, effectively eliminating workpiece shaking, swing, and concentric deviation during high-speed rotating welding.
This automated welding positioner supports a super wide range of workpiece specifications, fully covering mainstream light pole production sizes in the global market.
| Maximum Bearing Load | 2000 kg (customizable for heavy-duty demands) |
|---|---|
| Applicable Workpiece Length | 1500 mm to 12000 mm (garden light poles, road street light poles, highway high-pole lamps, monitoring poles, traffic signal poles) |
| Adaptable Pipe Diameter | 60 mm to 500 mm (thin pipes to large-diameter thick steel pipes) |
| Rotation Speed | 0.1 RPM to 2 RPM stepless precise adjustment via full servo closed-loop control |
| Repeated Positioning Accuracy | ±0.1 degrees |
| Power Supply | 380V industrial three-phase, 50Hz (global industrial standard) |
| Protection Grade | IP54 (resists welding dust, spatter, workshop moisture, and industrial debris) |
| Robot Integration | Standard industrial six-axis welding robot with synchronous linkage rotation and intelligent welding |
| Optional Systems | Laser seam tracking system for real-time seam deviation correction; welding fume purifier for environmentally friendly production |
The robot welding track is precise and stable, with stable welding current and voltage, no missing welding, no virtual welding, and no uneven welding defects. Low-speed stable rotation ensures fine and smooth welding for high-standard products, while medium and high-speed operation meets mass production efficiency requirements.
Servo synchronous rotating cooperation with robot intelligent welding ensures uniform welding penetration, smooth weld bead surface, firm welding texture, no pores, no cracks, and an extremely low product defect rate. Finished welding quality fully meets European and American standard export requirements.
One set of automatic workstation can replace 2 to 4 manual welders. Uninterrupted 24-hour automatic production greatly improves daily output and shortens order delivery cycles, solving the problem of insufficient manpower and low production capacity during peak seasons.
Fully adjustable head-tail spacing and universal clamping structure support fast switching of different pole lengths, pipe diameters, and flange sizes. No complicated fixture replacement is needed, greatly improving production flexibility and meeting diversified customized order demands.
Heavy-duty integral frame structure, precision processing parts, and brand servo drive components ensure stable long-term operation, low failure rate, and long equipment service life. This greatly reduces later maintenance costs and downtime losses for manufacturers.
Equipped with a human-friendly intelligent touch screen control system. All welding speed, rotating parameters, workpiece parameters, and welding tracks can be set with one click. Ordinary workers can master independent operation within a short training period, greatly reducing enterprise technical threshold and labor training costs.
This automatic head-tail robot welding workstation is widely used in mass production and automated processing of various tubular steel structures, including:
It is the core automated welding equipment for lighting manufacturing factories, traffic facility manufacturers, steel structure processing plants, and outdoor hardware production enterprises.
By adopting this automated welding solution, manufacturers can achieve standardized product quality, greatly improve product appearance and structural strength, and enhance product market competitiveness and export qualification ability. At the same time, long-term automated production continuously saves labor costs, improves production efficiency, stabilizes delivery time, and helps enterprises expand large orders and high-end export business steadily.
| MOQ: | One unit |
| Price: | 1000-100000 |
| Standard Packaging: | Wooden box |
| Delivery Period: | 5-8 work days |
The Servo Head & Tail Stock Positioner is a robot-integrated workstation engineered for fully automated circular seam welding of lamp pole flanges. It combines servo positioning, precision rotation control, and six-axis robotic welding to replace manual welding with high-precision, high-efficiency, standardized production for street light poles, monitoring poles, and traffic signal poles.
Traditional manufacturing of street light poles and monitoring poles relies heavily on manual circular seam welding. This method suffers from inconsistent welding speed, uneven weld bead depth, unstable penetration, frequent spatter, and high rejection rates. Manual welding also demands large labor teams, driving up costs and limiting daily output, making it difficult to fulfill large-scale standardized orders.
Our automatic head and tail robot welding positioner is purpose-built for long tubular steel pole welding. It integrates servo positioning technology, precision rotating control, and six-axis robotic welding to achieve fully automated, unmanned, high-precision circular seam welding between the pole body and flange plate. This equipment completely replaces traditional manual methods, enabling standardized, high-efficiency, high-quality batch production for all types of light poles and signal poles.
The workstation features a super heavy-duty thickened steel plate integral welding frame, treated with high-temperature stress relief annealing. This ensures the base will not deform under long-term high-load, continuous working conditions. The overall structure delivers high rigidity, strong shock resistance, and extremely stable operation.
The equipment consists of a fixed headstock driving unit, movable tailstock supporting unit, precision linear guide rail moving system, servo driving control system, industrial robot welding system, and intelligent electric control cabinet. All core mechanical parts are processed by precision CNC machining centers to guarantee assembly accuracy, concentricity, and running stability.
The headstock is equipped with a high-power servo motor and precision reducer, providing stable and uniform rotating power for workpieces. The tailstock adopts an automatic moving and automatic jacking clamping structure, freely adjustable according to different pole lengths. This ensures perfect fitting and firm support for long workpieces, effectively eliminating workpiece shaking, swing, and concentric deviation during high-speed rotating welding.
This automated welding positioner supports a super wide range of workpiece specifications, fully covering mainstream light pole production sizes in the global market.
| Maximum Bearing Load | 2000 kg (customizable for heavy-duty demands) |
|---|---|
| Applicable Workpiece Length | 1500 mm to 12000 mm (garden light poles, road street light poles, highway high-pole lamps, monitoring poles, traffic signal poles) |
| Adaptable Pipe Diameter | 60 mm to 500 mm (thin pipes to large-diameter thick steel pipes) |
| Rotation Speed | 0.1 RPM to 2 RPM stepless precise adjustment via full servo closed-loop control |
| Repeated Positioning Accuracy | ±0.1 degrees |
| Power Supply | 380V industrial three-phase, 50Hz (global industrial standard) |
| Protection Grade | IP54 (resists welding dust, spatter, workshop moisture, and industrial debris) |
| Robot Integration | Standard industrial six-axis welding robot with synchronous linkage rotation and intelligent welding |
| Optional Systems | Laser seam tracking system for real-time seam deviation correction; welding fume purifier for environmentally friendly production |
The robot welding track is precise and stable, with stable welding current and voltage, no missing welding, no virtual welding, and no uneven welding defects. Low-speed stable rotation ensures fine and smooth welding for high-standard products, while medium and high-speed operation meets mass production efficiency requirements.
Servo synchronous rotating cooperation with robot intelligent welding ensures uniform welding penetration, smooth weld bead surface, firm welding texture, no pores, no cracks, and an extremely low product defect rate. Finished welding quality fully meets European and American standard export requirements.
One set of automatic workstation can replace 2 to 4 manual welders. Uninterrupted 24-hour automatic production greatly improves daily output and shortens order delivery cycles, solving the problem of insufficient manpower and low production capacity during peak seasons.
Fully adjustable head-tail spacing and universal clamping structure support fast switching of different pole lengths, pipe diameters, and flange sizes. No complicated fixture replacement is needed, greatly improving production flexibility and meeting diversified customized order demands.
Heavy-duty integral frame structure, precision processing parts, and brand servo drive components ensure stable long-term operation, low failure rate, and long equipment service life. This greatly reduces later maintenance costs and downtime losses for manufacturers.
Equipped with a human-friendly intelligent touch screen control system. All welding speed, rotating parameters, workpiece parameters, and welding tracks can be set with one click. Ordinary workers can master independent operation within a short training period, greatly reducing enterprise technical threshold and labor training costs.
This automatic head-tail robot welding workstation is widely used in mass production and automated processing of various tubular steel structures, including:
It is the core automated welding equipment for lighting manufacturing factories, traffic facility manufacturers, steel structure processing plants, and outdoor hardware production enterprises.
By adopting this automated welding solution, manufacturers can achieve standardized product quality, greatly improve product appearance and structural strength, and enhance product market competitiveness and export qualification ability. At the same time, long-term automated production continuously saves labor costs, improves production efficiency, stabilizes delivery time, and helps enterprises expand large orders and high-end export business steadily.