Analysis of the structural design advantages of the new Automatic High Speed ​​Seaming Machine

1. Rationality and aesthetics of the overall structure
Compared with the old XWFGJ250 model, the overall structural design of the new Automatic High Speed ​​Seaming Machine is more reasonable and compact, and the aesthetics are also optimized. The various components of the new model have been carefully laid out, so that the various functions of the machine can be maximized in a limited space. The reasonable layout not only effectively reduces space waste, but also improves the overall stability of the machine.

2. Increased sealing head diameter and bearing optimization
The sealing head diameter of the new can seamer is significantly increased. Compared with the old XWFGJ250, the new sealing head is equipped with heavy-duty bearings, which effectively improves the stability and durability of the sealing device. Since the sealing head is an important component that directly contacts the can body, its stability determines the quality of the sealing. By increasing the sealing head diameter and installing high-performance bearings, the service life of the sealing cam has been greatly extended.

3. Double-axis structure sealing shaft design
The sealing shaft of the new Automatic High Speed ​​Seaming Machine adopts an innovative double-axis structure, equipped with a head rail roller and a double-rail roller respectively. This design allows the feeding system of the sealing wheel to be independently adjusted and controlled. This important innovation solves the problem of fluctuations in sealing quality caused by cam wear or processing errors in traditional sealing machines. The feeding system in traditional canning machines is often affected by cam wear or processing errors, resulting in uneven or incomplete sealing, which in turn affects production efficiency and yield rate.

4. Counterclockwise rotation design reduces can scratches
The sealing rotation direction of the new Automatic High Speed ​​Seaming Machine has been adjusted and a counterclockwise rotation design has been adopted. The sealing rotation direction of traditional canning machines is clockwise, which is prone to scratches when the can is taken out of the machine, especially when running at high speeds, the surface of the can is easily damaged.

5. Optimized touch screen and control system
The new Automatic High Speed ​​Seaming Machine adopts the integration of advanced PLC control system, frequency converter and human-machine interface. This control system can not only accurately adjust the production speed and feeding amount, but also flexibly adjust according to production needs. Production data, equipment status and fault information can be displayed in real time through the touch screen, which greatly facilitates the monitoring and debugging of operators.