

Automatic filling machine is a filling system for automatic quantitative filling of liquid, its function is to automatically divide a large number of bulk liquid materials into predetermined weight of small loads for quantitative packaging. The liquid material transported by weight or power is automatically loaded into a number of standard empty barrels, and the material weight of each barrel is quantitatively controlled by opening and closing the valve.

Automatic Filling machine is a Filling system for automatic quantitative filling of liquid, its function is to automatically divide a large number of bulk liquid materials into predetermined weight of small loads for quantitative packaging. The liquid material transported by weight or power is automatically loaded into a number of standard empty barrels, and the material weight of each barrel is quantitatively controlled by opening and closing the valve. The filling gun is made of stainless steel, and the muzzle is equipped with a valve. Closing the valve can cut off the flow of liquid. In order to improve the filling accuracy, the filling scale has two filling speed control, when it is about to reach the set weight, it will automatically switch the liquid flow rate to a slow speed to ensure that the set weight is accurately reached at the end of the filling.
The metering filling machine is composed of positioner program, display program, utility program starting, etc. After starting the filling system, the system carries out self-test, and ensures that the filling state is good through the processing and judgment of the input weighing module signal. After each Weighing system is ready, the host will call the memory formula to the starting filling area, and then start according to the corresponding formula supply. The host sends a control signal to start the filling corresponding to the main components of the first-level equation. The weighing module transmits the weight of the converted liquid to the metering filling host through a certain functional relationship, and compares this data with the rapid collection, real-time processing of the host, and the setting of the corresponding components in the formulation. If the two are the same, the master will issue a control signal to control the stop filling. The same process is then used to fill the next part in the recipe to complete the batch ingredients until all ingredients have been completed.