Steel structure refers to the structure composed of steel beams, steel columns and other components made of steel materials such as section steel and steel plates, for steel structure, welding is one of the essential and important steps. The quality of welding directly determines the structural safety of the entire steel structure building. Because of its light weight and easy construction, it is widely used in large-scale factories, venues, super high-rise buildings and other fields.
In traditional manual welding, enterprises are faced with problems such as difficulty in recruitment, high labor costs, low output and the huge influence of welding masters on manual welding, resulting in uneven quality of welding products.
The application of welding robots as automation technology, first of all, is not limited by the level of manual skills, can achieve highly consistent welding quality, reducing the impact of human factors on welding quality. Secondly, the robot can operate in harsh environments, reducing the threat to human health. In addition, the welding robot is able to work continuously without being affected by fatigue, which increases production efficiency.
As long as the operator finds the position of the workpiece to take pictures, it can automatically find all the parts that need to be welded, automatically match the welding process, automatically identify the precise position of the weld and generate a welding program for welding.
This technology is equipped with ground rails and rotary positioners, and can be applied to the H-shaped main beam and secondary beams of steel structures, small and medium-sized plate units of ship bridges, H-shaped steel columns of equipment, equipment platform beams and other structures.
The welding robot accepts non-standard customization, which can meet the welding work of steel structure workpieces according to the different needs of customers, and improve the welding efficiency while stabilizing the quality of the welding process.