Advanced Six Axis Welding Robotic Arm with Articulated Design

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Product Description

Basic Specifications
Model NO.
UA-AW
Control Mode
Continuous Path Control
Drive Mode
Electric
Type
Laser Welding Robot
Welding Speed
2 m/min
Axes
6-Axis Articulated
Payload
5–20kg (Configurable)
Reach
1,400–2,100mm
Power Supply
380V AC, 50/60Hz
HS Code
8479501000
Capacity
100sets/Month
Advanced Six Axis Welding Robotic Arm
6-Axis Articulated Robot Arm with Smart Welding System

Our Articulated Robotic Welding System revolutionizes industrial manufacturing with precision-engineered automation. Our 6-axis jointed-arm robots deliver exceptional flexibility and repeatability (±0.02mm), ideal for complex welding tasks in demanding environments. Integrated with smart vision systems and IoT-ready controllers, this solution ensures seamless integration into existing production lines.

Manual Welding vs. Robot Automatic Welding
Metric Manual Welding Robotic Welding
Output1,200 welds/day (±35%)2,400 welds/hr (±1.2%)
Defect Rate4.7% (night shifts ↑47%)0.5% (laser-tracked)
Changeover2+ hrs (custom fixtures)5 min (3D vision)
Material Waste18% wire / 35% gas loss1.3% wire / ↑92% gas util.
Safety0.27‰ injury rateISO 10218 compliant
ROI TimelineN/A8-14 months
Core Advantages
Beyond Human Limits
  • Precision: 0.02mm micro-welding
  • Speed: 200 welds/minute
  • Endurance: 24/7 continuous operation
Extreme Environment Mastery
  • Hazard zones: Nuclear, Deep-sea, Vacuum
  • Materials: Titanium alloys, Hybrids, 0.1mm thin sheets
  • Complex paths: 6-axis 3D curves
Industrial Applications

Automotive Lines

Heavy Machinery

Process Ability

Equipped for spot welding, Arc welding (MIG/MAG/TIG), Laser welding, and Resistance welding. Perfect for aerospace, medical equipment, and electronic hardware.

Smart Manufacturing Solutions

Our automated systems address thermal deformation in thin-gauge sheets, synchronize AGV-PLC systems for 30% WIP reduction, and utilize digital twin tracking to improve defect traceability by 90%.

Quality Assurance & Shipment
  • Shipment: Sea, Land, Air, and International Express.
  • Packaging: Shockproof wooden crates with moisture-resistant coating.
  • Note: Air freight requires emptying the water cooler gas before dispatch.
Certifications & Global Presence
Frequently Asked Questions
What materials are suitable for robotic laser welding?
It is ideal for carbon steel, stainless steel, aluminum alloys, copper, and titanium, including joining dissimilar metals.
How does it differ from traditional manual welding?
Robotic laser welding is significantly faster, provides higher precision (±0.02mm), has a smaller heat-affected zone, and requires minimal post-processing.
Can the robot handle complex 3D shapes?
Yes, the 6-axis articulated design allows for extreme flexibility, making it perfect for complex 3D curves and hard-to-reach industrial areas.
Is robotic welding environmentally friendly?
Yes, it generates significantly less fume and slag compared to traditional methods, and higher gas utilization reduces material waste.
Is the maintenance cost high for these systems?
Maintenance is relatively low due to the long lifespan of laser components and industrial-grade stability designed for 24/7 operation.
What kind of training do you provide?
We offer comprehensive training covering system operation, trajectory programming, and basic maintenance to ensure your team is fully competent.

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