More and more welding robots are appearing in the steel structure industry. Welding robots play a stable role in the steel structure industry by virtue of their compact structure, high welding efficiency, and mass production, which improves the stability of products in the steel structure industry. Welding robots It is the trend of automation development to apply to the steel structure industry.
Welding robots can be designed with a different number of axes according to the needs. The number of axes is different, and the flexibility of the joints will be different. The matching of welding robots with auxiliary equipment will also improve the flexibility of welding. In the welding production of steel structures, there are many complicated workpieces in the steel structure industry. Traditional welding can easily lead to defects such as low efficiency and uneven quality. Welding robots realize fully automated welding production in the steel structure industry.
Application of welding robot in the steel structure industry:
1. Arc welding robot.
At present, arc welding robots are more widely used in the steel structure manufacturing industry. With the help of linear tracks, arc welding robots can realize automatic welding of various welding positions and welding groove forms, and are mainly suitable for the main weld of some straight components. Welding has played a greater role in the face of complex steel structures.
2. Flexible track robot.
In steel structure manufacturing components, arc-shaped components occupy a large proportion and do not meet the scope of existing submerged arc welding and other equipment. The level is uneven, resulting in a low product qualification rate. Flexible rail robot products can realize automatic welding of arc-shaped welds, and different arc-shaped workpieces can be programmed for flexible welding to improve programming efficiency.
3. Visual tracking of welding seam by the welding robot.
The visual tracking welding robot combines visual photography, laser scanning, and welding robot, select the starting point and end point of welding through visual photography on the computer side, forms complete welding programming, reduces tedious programming, and improves welding production efficiency. During the welding process, the visual tracking system will automatically correct the weld seam to reduce welding defects.
4. Welding workstation.
In the welding production of steel structural parts, the welding robot and the welding positioner can realize 360-degree flip work. For steel structural parts with complex structures, the welding positioner can present the weld well, improve the welding accuracy, and weld The robot is matched with the welding positioner to improve the flexibility of welding and meet the complex and diverse characteristics of steel structural parts.
The above is the application of welding robots in the steel structure industry. Non-standard customization of welding robots can meet the welding work of steel structure workpieces as required, stabilize welding quality, and improve welding efficiency.