Y82-25 Hydraulic Baling Machine With 60–120 Kg Adjustable Bale Weight And 7.5 KW Power

The Y82-25 vertical hydraulic baler is a compact waste-compression machine designed for small and medium-sized recycling stations, manufacturing plants, warehouses, shopping centers, logistics companies and packaging-waste collection areas.

With a 25 ton pressing force, the machine compresses loose cardboard, plastic film, woven bags, textile offcuts, PET bottles and other compressible waste into regular bales that are easier to bind, store and transport.

The typical bale weight is approximately 60–120 kg. The actual weight depends on the material type, initial bulk density, moisture content, number of loading cycles and final compression level.

The Y82-25 vertical waste baler is equipped with a 7.5 kW motor and has a hydraulic cycle time of approximately 31 seconds. Its reference output is 6–8 bales per hour.

With overall dimensions of approximately 1350 × 900 × 3100 mm, the machine has a relatively small footprint and can be installed in a warehouse, recycling area, loading zone or near a production line.

The finished bale size is 1080 × 700 × up to 800 mm. The 1080 × 700 mm dimensions form the main bale cross-section, while the bale height can be controlled within approximately 800 mm according to the loading volume and binding requirements.

As a small to medium-sized vertical hydraulic baler, the Y82-25 helps customers reduce waste volume, improve housekeeping, reduce empty transport space and make recyclable material easier to store and sell.

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Cardboard, plastic film, woven bags and textile waste are generally lightweight but occupy a large amount of space when stored loose.

For warehouses, factories and recycling stations, these materials may retain recycling value, but they also create significant storage, handling and transportation costs before compression.

Uncompressed cardboard boxes and flexible plastic packaging contain a large amount of air. As waste continues to accumulate, it can quickly fill storage areas, production passages and loading zones.

Loose recyclable waste leaves significant empty space inside a truck. The vehicle may be full in volume while still carrying a relatively low payload, increasing transportation cost per ton.

Manually folding, stepping on and bagging waste is inefficient. It also fails to produce stable packages with consistent dimensions.

Regular bales are easier to weigh, stack, move and load. Loose material may increase the downstream recycler’s handling cost and affect its willingness to purchase the material.

For companies with limited daily waste volume, a fully automatic horizontal baler may require excessive investment, floor space and maintenance. A compact vertical baler is often a more practical alternative.

The Y82-25 uses a hydraulic system to move the pressing platen downward and compress loose material inside the chamber.

The operator can repeat the loading and pressing process until the target bale weight is reached. The finished material is then secured with steel wire, plastic strapping or another suitable binding material.

The system helps customers:

• Reduce the storage volume of cardboard, plastic and textile waste;
• Produce regular bales weighing approximately 60–120 kg;
• Improve warehouse and recycling-area space utilization;
• Reduce empty space during truck loading;
• Lower the labor required for folding, bagging and repeated handling;
• Improve housekeeping in factories, shopping centers and logistics facilities;
• Support separate storage and sale of different recyclable materials;
• Meet small and medium-volume processing needs with a 7.5 kW motor.

The machine is not intended to replace a high-capacity fully automatic production line. It provides a practical and maintainable solution for customers with moderate waste volume, limited installation space and controlled investment budgets.

The output of 6–8 bales per hour is a reference figure. Actual production depends on material bulk density, operator loading speed, number of pressing cycles, binding time and target bale weight.

The bale weight of 60–120 kg is also a reference range. Materials with different densities may produce significantly different bale weights even when the bale dimensions are similar.

The 25 ton compression force is suitable for reducing the volume of cardboard, plastic film, woven bags and various light recyclable materials.

The operator can control bale weight by adjusting the material volume and number of pressing cycles. Lighter bales may be easier to handle, while heavier bales can improve transport efficiency.

A consistent bale cross-section simplifies stacking, weighing and loading. It also helps the customer plan storage space and transport arrangements.

For intermittent waste-generation applications, this output can meet the daily requirements of many small and medium-sized factories, warehouses and recycling stations.

A relatively short hydraulic cycle supports repeated compression. However, the complete operating time also includes loading, binding and bale removal.

The 7.5 kW motor provides the required hydraulic power while keeping the installed power relatively low for a recycling baler.

The machine measures approximately 1350 × 900 × 3100 mm and uses vertical space efficiently, reducing the required floor area.

Routine maintenance mainly involves checking hydraulic oil, hoses, fittings, seals and the electrical control system.

The Y82-25 vertical hydraulic waste baler can be used in:

• Recycling stations;
• Supermarkets and shopping centers;
• Warehouses and distribution centers;
• E-commerce and logistics facilities;
• Cardboard and packaging factories;
• Plastic-product plants;
• Textile and garment factories;
• Printing and paper-product companies;
• Hotels, schools and large institutions;
• Industrial waste collection areas.

Suitable materials may include:

• Waste cardboard and corrugated boxes;
• Paper, books and packaging paper;
• Plastic film and flexible packaging;
• Woven polypropylene bags;
• PET beverage bottles;
• Textile offcuts and used clothing;
• Cotton, fabric and other flexible fibers;
• Foam and lightweight packaging materials;
• Aluminum cans and light metal containers;
• Other approved compressible waste.

The machine is not intended for thick steel plates, solid steel blocks, heavy structural scrap, hazardous containers or unapproved high-strength materials.

Remove stones, glass, solid metal parts and other unsuitable contaminants. Different recyclable materials should be separated whenever possible.

Open the loading door and place cardboard, plastic film, woven bags or other compressible material evenly into the machine.

The 7.5 kW motor drives the hydraulic pump. Pressurized oil enters the main cylinder and moves the platen downward.

The platen presses the loose material, removes internal air spaces and reduces its volume. The hydraulic cycle takes approximately 31 seconds.

Bulky materials such as cardboard and film generally require several loading and pressing cycles before the desired bale height and weight are reached.

Use steel wire or plastic straps to secure the compressed material and reduce spring-back.

The platen returns to its initial position, and the bound bale is removed from the machine.

The regular bale can be stacked and moved manually, with a pallet truck or with a forklift, depending on its final weight.

Cardboard, plastic film, PET bottles and textiles have different densities and spring-back characteristics. Clear photos, dimensions and videos should be provided to the supplier.

The Y82-25 is more suitable for small and medium-volume intermittent operation. High-volume continuous applications may require a larger baler, automatic bale discharge or a horizontal baling system.

The reference bale weight is 60–120 kg. Customers requiring heavier bales should consider material density, handling equipment and downstream buyer requirements.

The finished bale measures approximately 1080 × 700 × up to 800 mm. The customer should confirm compatibility with warehouse passages, pallets, forkllifts and transport vehicles.

The overall machine dimensions are approximately 1350 × 900 × 3100 mm. Building height, door-opening space and maintenance access should all be considered.

The reference capacity is 6–8 bales per hour, but manual loading and binding speed directly affect actual output. Customers should evaluate production based on the available workforce.

The standard motor power is 7.5 kW. Voltage, frequency and phase must be confirmed before production.

The machine is normally suitable for manually loaded applications. Conveyor feeding, automatic binding or continuous bale discharge may require a different solution.

It is mainly suitable for cardboard, paper, plastic film, woven bags, textiles, PET bottles, foam and other light compressible materials. Suitability depends on the hardness and dimensions of the material.

No. This is a reference range. Actual bale weight depends on material type, moisture content, initial density, loading cycles and compression level.

The stated output is a reference value. Operator speed, material bulk density, binding time and target bale weight all affect actual capacity.

Yes. The motor and electrical system can be configured according to the customer’s local voltage, frequency and phase.

It is more suitable for small and medium-volume intermittent use. For extended continuous operation, the customer should provide the material type, hourly capacity and daily operating time for hydraulic-system evaluation.

Available support may include:

• Installation and operating guidance;
• English operation manual and basic technical documents;
• Hydraulic and electrical system instructions;
• Factory testing before shipment;
• No-load and material testing videos;
• Remote video commissioning support;
• Spare-parts and wear-parts recommendations;
• Customized voltage and electrical configuration;
• Bale-size and machine-configuration evaluation;
• Equipment warranty;
• Long-term spare-parts supply;
• Equipment selection advice based on the customer’s actual waste material.

After commissioning, the hydraulic oil level and cleanliness, hoses, fittings, seals, fasteners and electrical safety devices should be checked regularly. Operators should receive basic training and follow the manual during loading, pressing, binding and maintenance.