The waste cleaning and stacking machine is applicable to the waste edge of printing press cardboard, fine corrugated and ordinary corrugated paper, improving the working efficiency and shortening the waste removal cycle.

Front end paper receiving section is controlled by air cylinder.

Vibration speed can be adjusted

Belt conveyor with waste paper

1. Cardboard can be stacked 1600mm high.

2. The lifting of the bed table is driven by the chain. The lifting motor is equipped with a brake function to maintain a fixed position without sliding.

3. The bed table is stacked with cardboard. Automatic lifting. When the cardboard is stacked to the preset height, the pneumatic paper lifting mechanism will automatically open, catch the cardboard, and give an alarm when the cardboard is full.

4. Protection device is provided. Forced bed table will not slide suddenly.

5. Flat wrinkle climbing belt cardboard will not slip.

6. The width of the stacker is 2200mm-3200mm

In industries where the production of cardboard and paper is prominent, efficient waste management is essential for smooth operations and optimized productivity. One innovative solution that has gained recognition for its effectiveness and convenience is the Stacker Trash Remover. Specifically designed for handling waste edges of printing press cardboard and various types of corrugated paper, this machine significantly improves working efficiency and reduces waste removal cycles.
       The Stacker Trash Remover excels in its ability to swiftly and effectively manage waste materials. Equipped with a belt conveyor specifically designed for waste paper, it allows for seamless movement of discarded materials. The front end paper receiving section is controlled by an air cylinder, ensuring precise and controlled positioning of the waste paper. Moreover, the machine's vibration speed is adjustable, allowing for customization based on specific waste removal requirements. With these features, the Stacker Trash Remover significantly improves waste removal efficiency, shortening the cycle between waste collection and disposal.