Tea beverage filling machine

Main features of tea beverage filling machine:
1. Tea beverage filling machine has compact structure, perfect control system, convenient operation and high degree of automation.
2. Parts of this series of filling machine in contact with materials are made of imported stainless steel, without dead Angle, easy to clean.
3. The beverage filling machine adopts high precision and high speed quantitative filling valve, with accurate liquid level and no liquid loss, ensuring excellent filling quality.
4. The sealing head adopts constant torque device to ensure the sealing quality.
5. The filling machine adopts the lid-cutting system, with perfect lid-feeding technology and protective device.
6. There is no need to adjust the height of the equipment for changing the shape of the bottle. It can be realized by replacing the star wheel for picking the bottle.
7. The filling system adopts the bottleneck bottle feeding technology to avoid the secondary pollution of the bottle mouth.
8. The control system has the functions of automatic water level control, missing cap detection, automatic stop of flushing bottle and output counting, etc.
9. The operation of the whole tea filling machine adopts advanced touch screen control, which can realize man-machine dialogue.
The tea beverage filling machine adopts the pure water washing, filling and capping machine, absorbs the advanced technology of the same type of products from abroad, the performance is stable, safe and reliable.
Sterile water flushing bottle: the bottle enters the bottle stamping machine through the transmission star wheel, and the bottle clip holds the bottle mouth and turns it 180° upward along the bottle guide rail, making the bottle mouth downward. In the specific area of the bottle rinsing machine (determined by the water distributor, the bottle rinsing water is pumped into the water distributor by the bottle rinsing pump, and then distributed to the bottle rinsing clamp by the water distributor through 24 pipes), sterile water is sprayed from the nozzle of the bottle rinsing clamp, and the inner wall of the bottle is rinsed. After rinsing and draining, the bottle should be turned down along the guide rail and then 180° under the bottle holder, so that the bottle mouth should be turned up. The washed bottle is exported from the bottle stamping machine through the transition steel wheel (pure water bottle) and transferred to the next step - filling.
The bottle entering the filling machine is held by the bottle neck holder. The filling adopts reverse flow filling method. After the filling valve touches the bottle opening, the filling process is completed. During the filling process, part of the materials exceeding the bottle capacity during filling shall be redeployed through the reflow tank and reflow pump before being sent into the reflow system.
After the filling, the bottle enters the capping machine through the transmission wheel, and the anti-rotating knife on the capping machine will jam the bottleneck, and keep the bottle upright and prevent rotation together with the bottleneck guard plate outside the capping machine. Driven by the spindle of the capping machine, the capping head rotates and rotates. Under the action of the CAM, the capping, capping, capping and capping are realized to complete the whole capping process.
The sealing head adopts magnetic constant torque device. When the rotating head takes the cover through the dividing cover plate, the top cover covers the cover and holds the cover upright to ensure that the cover is positioned correctly in the rotating cover mold to ensure the quality of the cover. When the cap is finished, the cap will overcome the magnetic slippage and will not damage the cap. At the same time, when the cap is raised, the cap lever will push the cap out of the cap mold.
The capping plate transfers power through the pin wheel and the capping head to ensure its motion is synchronized with the capping machine. The cap enters the capping head through the cap channel, and then the cap transfer star wheel transmits the cap to the capping head separately according to the station