Bulk Bag Unloader

The fully automatic ton bag unloading station mainly uses an electric hoist to lift the ton bag to the equipment feed port, then opens the ton bag unloading port in turn, opens the flow valve and uses a vibration device to make the material in the ton bag fall into the storage hopper to complete the unpacking and unloading work. It can be equipped with a conveyor line and dust removal equipment to achieve continuous operation of 1 ton bag and 2 ton bag, solving the difficulties that have not been solved in the industry.

The fully automatic ton bag unloading station has a novel structure, is strong and durable, and is 3 times faster than traditional manual unloading.

1. High degree of automation: The ton bag feeding station adopts advanced automatic control system, which can realize fully automatic operation, reduce manual intervention and improve production efficiency.

2. Reliable operation: The ton bag feeding station adopts high-quality components and stable control system to ensure long-term stable operation of the equipment and reduce the failure rate.

3. Improve material delivery efficiency: The ton bag feeding station can quickly and accurately deliver materials to the designated location, improving production efficiency.

4. Avoid dust flying and environmental pollution: The ton bag feeding station adopts a sealed design and dust removal device to avoid dust flying and environmental pollution generated by materials during delivery.

5. Suitable for large bag packaging materials: The ton bag feeding station is suitable for large bag packaging materials, such as plastic resins, food additives and other dry powders and granular materials.

6. Fast bag unpacking speed: The ton bag feeding station is equipped with professional bag unpacking tools, which can quickly unpack large bag packaging materials and deliver them to the production line.

7. Good environmental protection effect: The dust removal device of the ton bag feeding station can effectively collect and process the dust generated by the material during delivery, meeting environmental protection requirements.