Working principle of automatic pepper ball filling machine;1. The movement of pepper ballDuring the filling process of intermittent pepper ball filling machine, the movement of pepper ball depends on the indexing box for intermittent and discontinuous rotation. The filling amount of pepper is mainly determined by the volume of the metering disc hole.In the pepper ball filling machine, the main board moves up and down, the shell of the pepper ball enters the pepper ball guide groove by its own gravity, and then the capsule cap is upward and the capsule body is downward in the upper and lower modules by the vertical plug of the horizontal fork, and the capsule body and the capsule cap are separated under the action of vacuum suction, and then the module enters the powder filling station.2, pepper ball powder fillingThe sensor in the powder ring controls the spiral blanking rod above it, and the pepper ball powder is added to make the height of the pepper ball powder in the powder ring constant. While the metering disc rotates intermittently, five groups of tamping rods tamp the pepper ball powder in the hole of the metering disc in turn, and push the powder column into the pepper ball shell at the filling station. After that, it enters the pepper ball, the pepper ball shell is locked, the finished pepper ball is discharged, and the module cleaning station, and then it enters a new round of station cycle, and it goes on and on.Now, with the continuous improvement of filling technology, the automatic pepper ball filling machine is becoming more and more automatic and the filling speed is getting faster and faster, from tens of thousands to hundreds of thousands or even hundreds of thousands per hour. Therefore, before production, the equipment must be confirmed and debugged. After the equipment is abnormal, the problem point should be found in time and accurately, and the correct adjustment should be made to ensure the equipment to run in a state, so as to improve production efficiency and ensure product quality. Otherwise, once the equipment has problems, a large number of defective products may be produced in a very short time, resulting in unnecessary waste and a decline in the qualified rate of products.