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Production Base: Building 3, No. 2, Section 1 of Guangzhou Road, Deyang National High-Tech Industrial Development Zone, Sichuan Province
Embodied Intelligent Mobile Welding Robot
A new generation of embodied, mobile welding robots. Unlike conventional mobile welding systems on the market, our robots are equipped with cutting-edge “autonomous driving” technology: the mobile platform can navigate autonomously, and the welding robot supports teach‑less programming, significantly enhancing performance while lowering the barrier to operation. This innovative technology enables the robots—whether paired with industrial or collaborative robots—to move freely across a wide range of welding applications, boosting utilization rates and eliminating the need for workpiece repositioning, thereby substantially improving production efficiency. Our team is committed to delivering more efficient and user‑friendly welding solutions that help customers increase productivity and reduce costs, actively advancing the practical application and development of artificial intelligence.
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Product Details:
A new generation of embodied, mobile welding robots. Unlike conventional mobile welding systems on the market, our robots are equipped with cutting-edge “autonomous driving” technology: the mobile platform can navigate autonomously, and the welding robot supports teach‑less programming, significantly enhancing performance while lowering the barrier to operation. This innovative technology enables the robots—whether paired with industrial or collaborative robots—to move freely across a wide range of welding applications, boosting utilization rates and eliminating the need for workpiece repositioning, thereby substantially improving production efficiency. Our team is committed to delivering more efficient and user‑friendly welding solutions that help customers increase productivity, reduce costs, and drive the practical implementation and advancement of artificial intelligence technologies. 
The demonstration version can be freely combined.
The teach-free version features a domestically produced, top-tier brand robotic arm with a 2-meter reach and a payload of approximately 10 kg, paired with a 500 A water-cooled welding machine and a 500 A water-cooled welding gun.
Teach-Free Welding System
The system integrates motion control algorithms, machine vision, autonomous obstacle-avoidance algorithms, and welding process planning, providing image-based recognition and feature analysis for autonomous path planning and delivering data support and core obstacle-avoidance planning for automated welding workflows.
In the “teach‑less” operation mode, the auxiliary vehicle is positioned after movement, and the relative pose between the vehicle and the workpiece is captured, eliminating the need for operators to perform post‑movement positioning. This enables rapid response to teach‑less operations and allows the vehicle to automatically navigate around the workpiece for welding using a positioning system.
Product Advantages
- Solve the problem of product rehandling.
In large-scale manufacturing facilities, cart-based robots can move directly to the location of raw materials or semi-finished products to perform on-site welding, thereby reducing the need for material handling and associated costs. - Solving complex programming problems
Address the low efficiency of pure teach-pendant programming by enabling code-free welding for certain types of welds, and performing teach-in補welding for welds that cannot be welded without programming, thereby improving overall efficiency. - Maximizing Workshop Space Utilization
This solution eliminates the space occupancy issues associated with traditional floor-mounted, cantilever, and gantry systems, with the entire trolley occupying only a few square meters and thereby maximizing space utilization. - Adapting to Dynamic Production Needs
In diversified production environments, cart-based robots can move between different workstations as needed, perform various welding tasks, respond to real-time demands on the production line, and support small-batch, multi-variety manufacturing. - Reduce equipment idle time
Thanks to their ability to rapidly switch between different tasks and locations, mobile robots boast high operational efficiency and minimal downtime. This not only enhances the return on investment for equipment but also optimizes the production process.
| 3D Model Analysis | Machine vision recognition |
| Inner Mongolia 3D model parsing module, which uses geometric algorithms to parse the geometric data of 3D models for purposes such as model and weld seam compensation. | Collecting and analyzing 3D information for work using computer vision algorithms and deep learning techniques. |
| Assembly Error Analysis | Weld Path Planning and Obstacle Avoidance |
| By leveraging 3D vision and model-based analysis, the actual location of the weld seam is accurately identified, thereby eliminating motion errors caused by discrepancies between the physical assembly and the digital model. | Utilizing a self-developed simulation and verification module, dynamic simulation and correctness validation are performed on the attitude and data generated by the algorithm. |
| Welding Process Adaptation | Smart Production Line Mode |
| Leveraging production experience, we have established both a simulation environment and a real-world workshop environment to develop intelligent welding process algorithms. | By eliminating the need for teach-in on the first workpiece, subsequent workpieces in batch production can be directly processed starting with the second one. |
Application Fields
Steel structures, construction machinery, shipbuilding, and specialized equipment manufacturing, among others.
Keywords:
Embodied Intelligent Mobile Welding Robot
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