How Does the Electromagnetic Capping System Work?
The glue screw cap filling machine features an innovative electromagnetic impact disc capping system that ensures consistent, reliable screw cap application . This system is specifically designed to address the challenges of capping plastic bottles containing low-viscosity liquids.
Capping Process Overview
Cap Feeding: Caps are automatically fed from a vibratory bowl or cap hopper to each bottle station
Cap Positioning: Caps are precisely aligned over each bottle opening
Electromagnetic Impact: The impact disc applies controlled rotational force to screw caps securely
Torque Control: The system maintains consistent torque, ensuring caps are tightened to the desired degree
Quality Check: Bottles with improperly applied caps are identified and rejected
Key Benefits
| Feature | Benefit |
|---|---|
| Electromagnetic Drive | Ensures caps are screwed to the proper torque |
| Consistent Torque | Prevents leaks and ensures customer satisfaction |
| High Success Rate | ≥99% screw cap success |
| Adjustable Settings | Can be fine-tuned for different cap types and sizes |
Integration with Filling
The capping system is fully integrated with the filling process:
After filling, bottles advance to the capping station
Photoelectric sensors ensure caps are present before capping
Variable speed control allows synchronization with filling speed
This integration eliminates the need for a separate capping machine, reducing floor space requirements and labor costs. The glue filling and capping machine concept is central to the MAX-Semi-502's value proposition, offering a complete packaging solution in one unit.
