Water-Cooled Torch for Consistent Weld Quality
Real-time water cooling maintains stable torch temperatures for consistent, high-quality welds, longer torch life and lower maintenance costs
Patented Cantilever Design for Stable and Convenient Operation
Featuring an inverted L-shaped cantilever design, the workstation offers an extended reach and a wide working envelope. Its stable structure supports efficient welding of medium and large workpieces
Heavy-Duty Foundation Rail System for Stable and Reliable Operation
The wide-span rail system features a reinforced welded base for high rigidity, minimizing carriage vibration and deviation while maintaining precision during prolonged high-speed operation
Extended Reach for Efficient and Flexible Welding
The high-precision robotic arm combines extended reach and flexible, accurate motion for stable multi-axis operation and complex, precision welding
Patented Cantilever Design for Stable and Convenient Operation
Featuring an inverted L-shaped cantilever design, the workstation offers an extended reach and a wide working envelope. Its stable structure supports efficient welding of medium and large workpieces
Heavy-Duty Foundation Rail System for Stable and Reliable Operation
The wide-span rail system features a reinforced welded base for high rigidity, minimizing carriage vibration and deviation while maintaining precision during prolonged high-speed operation
Extended Reach for Efficient and Flexible Welding
The high-precision robotic arm combines extended reach and flexible, accurate motion for stable multi-axis operation and complex, precision welding
Water-Cooled Torch for Consistent Weld Quality
Real-time water cooling maintains stable torch temperatures for consistent, high-quality welds, longer torch life and lower maintenance costs
Automatic Torch Cleaning for Intelligent and Efficient Operation
Automatic spatter removal minimizes manual intervention and downtime. Adaptive cleaning force protects the torch nozzle, extends service life and maintains consistent weld quality
Teaching-Free Operation Without Manual Programming
Automatic path planning eliminates conventional robot teaching and manual programming. Easy to operate after basic training, the system lowers skill requirements and simplifies setup
Reverse Modeling for One-Touch Welding
A line-laser camera, 3D vision and AI seam-tracking algorithms enable reverse modeling, automatic weld-path generation and one-touch matching of welding processes
Automatic Torch Cleaning for Intelligent and Efficient Operation
Automatic spatter removal minimizes manual intervention and downtime. Adaptive cleaning force protects the torch nozzle, extends service life and maintains consistent weld quality
Teaching-Free Operation Without Manual Programming
Automatic path planning eliminates conventional robot teaching and manual programming. Easy to operate after basic training, the system lowers skill requirements and simplifies setup
Reverse Modeling for One-Touch Welding
A line-laser camera, 3D vision and AI seam-tracking algorithms enable reverse modeling, automatic weld-path generation and one-touch matching of welding processes
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Technical Parameters
| Model | A-W7Pro |
|---|---|
| X-Axis Rail Length | 10000mm |
| Travel Rail Dimensions | 1320X11600mm |
| Maximum Robotic Arm Reach | 2010mm |
| Maximum Travel Speed | 35m/min |
| Positioning Accuracy | ±0.05mm |
| Welding Positions | horizontal fillet/ horizontal/ vertical-up and vertical-down welding |
| Weldable Materials | Carbon Steel / Low-Alloy Steel / and Stainless Steel (Excluding Mirror-Finish Stainless Steel) |
