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XLYG-2
XINGLE
In the field of liquid filling and sealing, our main machine for the vial liquid filling and sealing production line is an excellent choice.
This equipment has a compact structure and can be easily adapted to various production sites. It has powerful automation functions and can automatically complete a series of actions such as bottle feeding, filling, plugging and capping, and bottle discharging, greatly improving production efficiency.
1. Liquid Filling And Capping Machine has advanced filling method, using magnetic pump filling to ensure accurate metering and reliable operation. The metering accuracy can reach ±1 - 5% (depending on the performance of the pump)
2. High efficiency of plugging and feeding, the umbrella plate sucks the plug, and the electromagnetic vibrator is responsible for feeding the plug and the cap, which improves the efficiency and stability of plugging and capping
3. Cosmetic Filling And Capping Machine has the characteristics of compact structure and small space occupation. At the same time, it can run stably at 3Kw power under 220V power supply and adapt to various production environments.
4. Vial Filling And Capping Machine It is suitable for vials with a capacity of 1-20ml. Whether it is producing small-dose cosmetics, reagents, or larger-volume liquid products, it can rely on this equipment to achieve high-quality filling and sealing.
5. Two filling heads run at the same time, which can process more vials per unit time. Compared with a single filling head, the production capacity has been greatly improved, improving the economic benefits of the enterprise.
Cosmetic Vial Filling And Capping Machine When two filling heads work at the same time, the following methods can be used to ensure the consistency of filling:
I. Accurate metering system
1. High-quality magnetic pump: Use a magnetic pump with excellent performance for filling, which has high metering accuracy. The working principle of the magnetic pump can ensure the stable output of the liquid and reduce fluctuations and errors.
2. Precision adjustment: Each magnetic pump is precisely adjusted to keep its output flow consistent within the set range. The filling volume can be finely controlled by adjusting the pump speed, pressure and other parameters.
II. Synchronous control system
1. Electronic synchronization: Equipped with an advanced electronic control system to ensure the synchronization of the movements of the two filling heads. The system can monitor and adjust the working status of the filling heads in real time to keep them highly consistent in terms of filling speed, start and stop time, etc.
2. Mechanical synchronization: The movement synchronization of the two filling heads is ensured by a precise mechanical transmission device. For example, transmission components such as synchronous belts and gears are used to closely link the movements of the two filling heads to avoid asynchrony.
3. Regular calibration and maintenance
1. Calibration: Regularly calibrate the two filling heads, and use standard measuring instruments to detect and adjust the filling volume. Through calibration, the differences between the filling heads can be discovered and corrected in time to ensure the consistency of filling.
2. Maintenance: Regularly maintain and service the Liquid Vial Filling And Capping Machine to ensure the normal operation of components such as magnetic pumps and transmission devices. Replace worn parts in time to keep the equipment in good condition, thereby ensuring the stability and consistency of filling.
4. Quality monitoring system
1. Online detection: Install online detection equipment to perform real-time detection of filled vials. Products with inconsistent filling volumes can be quickly discovered through weighing, liquid level detection and other methods, and the working parameters of the filling head can be adjusted in time.
2. Data analysis: Collect and analyze data in the production process to understand the working status of the filling head and the changing trend of filling consistency. Through data analysis, potential problems can be discovered in advance, and corresponding measures can be taken to prevent and improve them.
In the field of liquid filling and sealing, our main machine for the vial liquid filling and sealing production line is an excellent choice.
This equipment has a compact structure and can be easily adapted to various production sites. It has powerful automation functions and can automatically complete a series of actions such as bottle feeding, filling, plugging and capping, and bottle discharging, greatly improving production efficiency.
1. Liquid Filling And Capping Machine has advanced filling method, using magnetic pump filling to ensure accurate metering and reliable operation. The metering accuracy can reach ±1 - 5% (depending on the performance of the pump)
2. High efficiency of plugging and feeding, the umbrella plate sucks the plug, and the electromagnetic vibrator is responsible for feeding the plug and the cap, which improves the efficiency and stability of plugging and capping
3. Cosmetic Filling And Capping Machine has the characteristics of compact structure and small space occupation. At the same time, it can run stably at 3Kw power under 220V power supply and adapt to various production environments.
4. Vial Filling And Capping Machine It is suitable for vials with a capacity of 1-20ml. Whether it is producing small-dose cosmetics, reagents, or larger-volume liquid products, it can rely on this equipment to achieve high-quality filling and sealing.
5. Two filling heads run at the same time, which can process more vials per unit time. Compared with a single filling head, the production capacity has been greatly improved, improving the economic benefits of the enterprise.
Cosmetic Vial Filling And Capping Machine When two filling heads work at the same time, the following methods can be used to ensure the consistency of filling:
I. Accurate metering system
1. High-quality magnetic pump: Use a magnetic pump with excellent performance for filling, which has high metering accuracy. The working principle of the magnetic pump can ensure the stable output of the liquid and reduce fluctuations and errors.
2. Precision adjustment: Each magnetic pump is precisely adjusted to keep its output flow consistent within the set range. The filling volume can be finely controlled by adjusting the pump speed, pressure and other parameters.
II. Synchronous control system
1. Electronic synchronization: Equipped with an advanced electronic control system to ensure the synchronization of the movements of the two filling heads. The system can monitor and adjust the working status of the filling heads in real time to keep them highly consistent in terms of filling speed, start and stop time, etc.
2. Mechanical synchronization: The movement synchronization of the two filling heads is ensured by a precise mechanical transmission device. For example, transmission components such as synchronous belts and gears are used to closely link the movements of the two filling heads to avoid asynchrony.
3. Regular calibration and maintenance
1. Calibration: Regularly calibrate the two filling heads, and use standard measuring instruments to detect and adjust the filling volume. Through calibration, the differences between the filling heads can be discovered and corrected in time to ensure the consistency of filling.
2. Maintenance: Regularly maintain and service the Liquid Vial Filling And Capping Machine to ensure the normal operation of components such as magnetic pumps and transmission devices. Replace worn parts in time to keep the equipment in good condition, thereby ensuring the stability and consistency of filling.
4. Quality monitoring system
1. Online detection: Install online detection equipment to perform real-time detection of filled vials. Products with inconsistent filling volumes can be quickly discovered through weighing, liquid level detection and other methods, and the working parameters of the filling head can be adjusted in time.
2. Data analysis: Collect and analyze data in the production process to understand the working status of the filling head and the changing trend of filling consistency. Through data analysis, potential problems can be discovered in advance, and corresponding measures can be taken to prevent and improve them.
