Industry Pain Points
Lack of consistency
Inconsistent weld quality
Health Risks
Arc-generated fumes and dust are harmful to the human body
Labor Shortage
High costs for welders
Inefficiency
Limited production capacity
Highly specialized
Programming and debugging are complex
Scenario Limitations
Suitable for batch-processed workpieces
Fixed Position
Cannot be deployed flexibly
Security Risks
Human-machine collaboration is not possible
“Master Welder” Industry Solution
CGXi Intelligent Manufacturing specializes in welding applications. Its independently developed mobile welding robots and intelligent welding robots deeply integrate robotic motion control technology with welding process requirements. Leveraging the superior performance of its robotic systems and a deep understanding of welding processes, the company has achieved technological leadership characterized by user-friendly welding software, a rich array of welding functions and processes, and a diverse product ecosystem. Combined with its extensive, long-term accumulation of welding process library data, the company is able to provide flexible welding solutions suitable for scenarios involving multiple product varieties and small batch sizes. These solutions are widely applied in fields such as steel structures, construction machinery, shipbuilding and offshore engineering, and power generation.
Flexible and Portable
Optimally designed body, with a lightweight construction weighing just 11.5 kg.
Simple and easy to use
Smooth dragging and precise stopping—the best in the industry. With visual programming, you can deploy in 10 minutes and get up to speed in half an hour.
Visual Function
Vision-based alignment, vision-based positioning, and vision-based tracking.
Advanced Features
Arc tracking, wire positioning, multi-layer and multi-pass welding, flying arc start, intermittent welding, automatic corner welding, and coordinated motion.
Technology Ecosystem
Solutions
Mobile Welding Robot
- Drag-and-Drop Teaching: No complex programming required—simply drag and drop to have the robotic arm record a path, making it easy to get started.
- Fully Chinese-Language App Control: A visual interface on mobile devices makes parameter tuning and equipment monitoring convenient and intuitive.
Intelligent Welding Robots
- Automatic Workpiece Recognition: 3D scanning identifies the workpiece’s shape, eliminating the need for precise positioning.
- Real-Time Weld Seam Tracking: Dynamic alignment correction during the welding process compensates for workpiece assembly errors.
- Automatic Path Planning: Welding trajectories are automatically generated based on weld seam characteristics, reducing the need for manual teaching.
- Intelligent Parameter Matching: Optimal welding process parameters are automatically selected based on the condition of the weld seam.
Multi-axis synchronized welding robot
- EtherCAT High-Speed Bus: Real-time coordination between the robot arm, ground track, and positioner ensures synchronized multi-axis motion without lag.
- Adaptation to Irregularly Shaped Weld Seams: Accommodates complex 3D curved weld seams while maintaining the optimal welding posture of the welding torch.
Laser Welding Robot
- Drag-and-Drop Teaching Trajectory: Eliminate complex code, quickly set up trajectories, and shorten product changeover and debugging cycles.
- Intelligent Welding Process Pack: Features a rich library of built-in laser welding process parameters and supports simple, graphical programming.
Application Scenarios
Medium- and Heavy-Gauge Plate
Steel Structures
Mechanical Engineering
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