The main structure of the automatic stuffing machine includes the following parts:
Filling supply system: This is the core part of the stuffing machine, which is responsible for delivering the filling to the dough forming area evenly and stably. It is usually composed of a hopper, a delivery pump and a filling pipe. The hopper is used to store the filling, and the delivery pump extracts the filling from the hopper by mechanical force and accurately delivers it to the designated location through the filling pipe.
Dough forming system: This system is responsible for making uniform dough from raw materials such as flour. It includes components such as a dough mixer, a dough presser and a forming mold. The dough mixer mixes and stirs the raw materials into a uniform dough, the dough presser presses the dough into a uniformly thin dough, and finally the dough is cut and molded into a specific shape through the forming mold.
Transmission system: As the power source of the stuffing machine, the transmission system transmits power to various working parts through components such as motors, reducers and transmission chains to ensure the coordinated operation of the entire equipment. The design of the transmission system directly affects the stability and production efficiency of the stuffing machine.
Control system: Modern stuffing machines are usually equipped with a microcomputer control system, which is responsible for monitoring and adjusting the operating status of the entire equipment. Through precise control algorithms, the accuracy and consistency of stuffing are ensured. The control system also includes a lubrication system and an electrical system to ensure the smooth operation and maintenance of the equipment.
Dough conveying mechanism: Responsible for evenly conveying the mixed dough to the stuffing area to ensure the continuity and stability of the dough. Usually, a double auger is used to convey the raw materials, and a secondary transmission design is used to ensure the uniformity of the raw material conveying speed.
Close-up discharging device: Responsible for closing the stuffed products and sending them out through the conveyor belt to complete the entire stuffing process. The design needs to ensure the sealing and appearance quality of the product to avoid problems such as leakage of stuffing or oil.
