How does VERTICAL LIFT BOX BALER work?

The vertical lift box press is a key piece of equipment used to process waste and recycle materials, and its working principle is based on the application of a hydraulic system. During its operation, the operator loads waste or recycled material to be processed into the equipment's silos. These materials may include various types of waste such as paper, plastics, textiles, etc., as well as recyclable materials such as cardboard, metal, etc. Once the material in the silo reaches a certain capacity, the box press can start working.

After starting the box pressing machine, the hydraulic system is activated and begins to apply pressure. The compression process involves a compression plate or head moving from top to bottom and compressing the waste or recycled material into a more compact form. The action of the hydraulic system distributes pressure evenly, ensuring that waste or recycled materials are evenly compressed to minimize volume. This process usually continues for a period of time until the required degree of compression is achieved or the material in the silo is completely compressed.

Once the compression process is complete, the next step is to package the compressed material. This usually involves using materials such as plastic rope or steel straps to securely encapsulate the compressed block or package to prevent it from loosening during shipping and handling. After packaging is completed, the equipment's discharge door opens and the compressed and packaged waste or recycled materials are lifted to the appropriate location. Some vertical lifting carton presses are also equipped with an automatic unloading function, which can automatically push out the compressed blocks or packages for subsequent removal and processing.

This working principle allows vertical lift presses to effectively process various types of waste and recycled materials and compress them into a more compact and easy-to-handle form. Through compression and packaging, waste and recycled materials can be stored, transported and recycled more efficiently, helping to reduce resource waste and environmental pollution. The entire work process is completed through the reliable operation and automatic control of the hydraulic system, ensuring the efficiency and safety of the operation.