In today's increasingly competitive market, companies not only need to ensure welding quality, but also need to cope with the flexibility challenges of different production needs. Our company has successfully solved the bottlenecks of low efficiency and unstable quality in traditional welding methods by providing customers with customized robotic automated welding systems.
Our customized solutions involve welding process optimization, intelligent adjustment of robot control systems, and integration of automated detection systems, ensuring that customers can adjust and optimize according to their own needs.
1) The control system is configured with self-diagnosis, display and alarm functions for abnormal control, equipment abnormality, emergency shutdown and other faults.
2) The control system is configured with automatic control, real-time detection of compressed air pressure and welding parameters, and has a protection function. Once a fault occurs, the robot stops working immediately.
3) The human-machine interface is configured with production screen (capacity, beat), production settings, system settings, fixture settings, I/O monitoring, alarm information, and alarm history. As shown in the figure (the following figure is used as a layout reference
The equipment is equipped with a digital interface (MES, SCADA system data interaction, data communication interface) to record the robot's production: the information data is displayed as follows
Whether it is automobile manufacturing, precision instrument manufacturing, or building steel structures, our solutions can help companies improve the intelligence level of production lines, improve production efficiency, and reduce production costs.
