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Selection of welding process: According to the material, thickness and welding requirements of carbon steel pipe, choose the appropriate welding process. For example, for thin carbon steel pipes, manual arc welding or gas shielded welding can be used; For thicker carbon steel pipes, efficient welding methods such as electrode powder welding can be used.
Control of welding parameters: The control of welding parameters is the key in the welding process. This includes parameters such as current, voltage, welding speed, etc. Reasonable welding parameters can ensure the quality of the weld and welding efficiency. At the same time, in the welding process, it is also necessary to pay attention to the type and flow of protective gas to avoid the impact of air on welding quality.
Ø Adapt to multi-variety axle housing mixed line production, logistics automation between processes;
Ø Workpiece preheating using medium frequency heating, different bridge housing without replacing the heating coil;
Ø Bridge housing welding can be used special aircraft or robot welding, high degree of automation, high welding quality;
Ø It can realize online automatic identification, automatic adjustment of tooling and automatic call of welding specifications.
In the metallurgical industry, robots are used in a wide range of processes, including drilling, milling, cutting, bending and stamping. In addition, the robot is also used for template handling, tool switching, as well as in the steel plant ladle covered side, intermediate tank area and mold protection slag stations.
High-temperature smelting scenario:
For the high-temperature smelting environment, a robot system that can withstand strong impact loads has been developed, and its application has been verified in the production fields of calcium carbide and industrial silicon.
Inspection and monitoring:
The use of high-precision sensors and AI technology to achieve intelligent inspection in the iron and steel metallurgy industry to improve production safety and efficiency.
Pretreatment process:
In the process of template handling and tool switching, industrial robots can be stably applied in harsh processing environments.
Combination of automation equipment:
Through the connection with automation equipment, the automatic cutting, forging, stamping and other operations of non-ferrous metal materials are realized.
Reduce labor costs: widely used in all kinds of metallurgical processing enterprises to reduce labor costs, improve production quality and efficiency.
