Closed-Door Horizontal Baler: Efficient Compression, Simplified Logistics

As global environmental issues become increasingly severe, governments around the world are continuously strengthening environmental regulations. The collection, sorting, and packaging of waste is a relatively complex process that requires significant human and time resources. Traditional models are hard-pressed to meet productivity demands. The advent of the closed-door horizontal baler has significantly increased the efficiency of waste recycling and reduced costs. It is widely used in packaging plants, carton plants, printing plants, waste sorting stations, and professional recycling stations; it is suitable for materials such as waste paper, cardboard, plastic, fabric, fiber, and household waste.

What is a closed-door horizontal baler?

The closed-door horizontal baler is a machine used to compress and pack items. It typically adopts a horizontal structure where items are fed and processed in a horizontal direction. It is mainly used to compress loose items into compact bundles for easier storage, transport, and handling, thereby increasing production efficiency and reducing labor costs. XTPACK's closed-door horizontal baler is a large machine available in manual, semi-automatic, and fully automatic options. It can be top-loaded using a conveyor belt, forklift, or cyclone system (allowing for larger quantities). These machines compress from the side and are usually fully automatic (or at least partially automatic). They are ideal for high-volume or recyclable items, with an output capacity of 1 to 30 tons per hour. Needless to say, the closed-door horizontal baler can help you handle plastic and paper waste more efficiently, be it in terms of manpower, packaging, handling, transportation, or other logistics.

Features of XTPACK's semi-automatic closed-door horizontal baler

• Heavy-duty closed-door design for tighter bales

• Hydraulic door lock for easier operation

• Unique dual knife design for improved cutting efficiency and extended blade life

• Unique anti-slip design for more aesthetically pleasing bales

• Unique trunnion and ball-head joint design for the main cylinder to avoid torque on the rod and extend seal life

• Special processing of the ram using a gantry milling machine to ensure precise operation of the plunger

• High-quality hydraulic valves to ensure stable machine operation

• Heavy-duty body requiring only a flat surface for installation

Working process of the closed-door horizontal baler

• Feeding: Material to be baled is fed into the machine either manually or via a conveyor belt.

• Compression: The hydraulic cylinder pushes the platen downwards, compressing the material and pushing it into the baling chamber.

• Baling: In the baling chamber, the material is further compressed and then conveyed out by a conveyor belt.

• Binding: After multiple feeding and compressing cycles, when the compressed bundle reaches the desired length, the binding operation is carried out.

• Ejection: After binding, the main oil cylinder retracts, and the bundle is ejected from the machine.