Automatic Capping And Filling Machine For Pickles And Sauces

Automatic Capping and Filling Machine for Pickles and Sauces

The pickle capping and filling machine is a mechanical equipment used to complete the capping and filling operation during the packaging process of pickle products. It is mainly used to pack pickle products into bottles or other containers and seal the lids through a screw-cap operation to maintain the freshness and quality of the products.

Pickle capping filling machines usually have the following functions and features:

Bottle supply: The filling machine is usually connected to a bottle supply system that automatically supplies empty bottles to the filling work area.

Filling: The pickle screw-cap filling machine draws pre-formulated pickle products from storage containers or supply systems and precisely injects them into each bottle. The filling process usually has metering and control functions to ensure the exact amount of pickle product in each bottle.

Cap supply: During the filling process, the machine also automatically supplies the cap, placing it on top of the bottle.

Capping: The pickle capping filling machine uses a capping device to rotate and seal the cap on the bottle. The capping mechanism usually has the function of adjusting the capping force and speed to adapt to different types and sizes of caps.

Detection and correction: Some pickle capping filling machines are also equipped with detection systems to detect the integrity and correct position of the cap. If problems are found, the machine can automatically make corrections or reject substandard products.

Conveying and discharge: The capped bottles will be conveyed to the discharge port by conveyor belt or other means, and then can be discharged onto packaging boxes or pallets for storage and transportation.

The design and functionality of pickle capping machines may vary depending on the manufacturer and specific application. They are often used by pickle manufacturers or food processing companies to improve production efficiency, ensure packaging quality, and reduce the need for manual operations.

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