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Mingzhida Automation Technology

Introduction of Collaborative Welding Robots in Factories: Driving a New Model of Intelligent Operations

Release date:

2026-01-20

The application of collaborative robots fundamentally overcomes the challenges of high time consumption, low error tolerance, and high costs associated with manual welding. For standardized workpiece welding, large robots can directly perform automated operations on parts like hang tags. Smaller components can achieve automated or semi-automated welding through optimized layouts, while segmental workpieces can utilize a "human-machine collaboration" model. This approach enhances production efficiency, simplifies operational steps, optimizes welding processes, and reduces grinding needs. It also transforms the traditional training model for welders, shortening training time and effectively alleviating the industry's issues of skilled labor shortages and harsh working environments.


 

To address the pain points in manufacturing production, we are introducing collaborative welding robots for intelligent point-to-point welding of multi-structured assemblies and flat components. This initiative involves pilot applications across different regions in the manufacturing sector, leveraging intelligent technology to solve traditional welding challenges and providing leading experience for the digital transformation of factories.

The application of collaborative robots fundamentally overcomes the challenges of high time consumption, low error tolerance, and high costs associated with manual welding. For standardized workpiece welding, large robots can directly perform automated operations on parts like hang tags. Smaller components can achieve automated or semi-automated welding through optimized layouts, while segmental workpieces can utilize a "human-machine collaboration" model. This approach enhances production efficiency, simplifies operational steps, optimizes welding processes, and reduces grinding needs. It also transforms the traditional training model for welders, shortening training time and effectively alleviating the industry's issues of skilled labor shortages and harsh working environments.

 

Compared to manual welding, robotic welding offers more stable parameters, achieving welding speeds of 3 minutes per meter, fewer weld joints, and superior forming quality, significantly reducing labor intensity and meeting lean shipbuilding requirements.

 

To further promote the deep development of robot applications, we will focus on enhancing efficiency and optimizing welding process parameters. In recent years, the intelligence of welding robots has been advancing rapidly: from manual handling to autonomous movement along tracks, from programmed teaching to compliant drag teaching, and now progressing towards teachless programming driven by AI and vision technology. The future holds promise for deeper integration with specialized large models for welding, enhancing the capability for highly autonomous and intelligent welding.

Compared to traditional six-axis industrial robots, collaborative robots offer advantages such as high flexibility, ease of use, lower total costs, and quick deployment, making them ideal for lightweight to medium welding tasks, especially in applications requiring high precision and relatively low load.

 

Introduction of Collaborative Welding Robots in Factories: Driving a New Model of Intelligent Operations

BLOGS

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