The Y83-250UA Scrap Metal Baler For Sale is a heavy-duty hydraulic compression machine developed for medium and large scrap yards, steel mills, foundries, metal processing plants and industrial recycling facilities.
With a 2500kN nominal pressing force and a large 2000×1750×1200mm compression chamber, this Hydraulic Metal Baler is designed to process bulky, loose and irregular metal scrap that occupies excessive storage and transportation space.
The machine compresses loose scrap into compact bales with an approximate cross section of 500×600mm and an adjustable formed bale length of approximately 400–700mm, depending on the material and loading conditions.
Under suitable operating conditions, the reference processing capacity is approximately 4000–6000kg/h, making the machine suitable for recycling businesses handling considerable daily scrap volumes.
Compared with a smaller Metal Baler, the Y83-250UA provides a larger loading chamber, allowing operators or material handlers to feed more scrap per cycle and reduce repeated loading operations.
The machine uses hydraulic drive, hand-valve operation and turn-out bale discharge. This straightforward configuration is particularly suitable for buyers who value strong compression, simple operation, convenient maintenance and reasonable investment cost.
Loose metal scrap creates several operational problems before it reaches a steel mill or foundry.
Common challenges include:
For large recycling facilities, these problems can gradually reduce usable yard space and interfere with truck, crane and material-handler movement.
A properly selected Scrap Metal Baler helps convert loose material into manageable, compact bales and improves the efficiency of the entire scrap handling process.
The Y83-250UA Hydraulic Scrap Metal Baler uses high hydraulic pressure to reduce the volume of loose metal and form dense rectangular bales.
For recyclers, its practical benefits include several important improvements.
Reduced Scrap Volume
A 250-ton hydraulic pressing system compresses loose scrap and removes a significant amount of empty space between individual pieces.
Better Yard Utilization
Compact bales are easier to stack, classify and organize than irregular loose scrap.
Improved Transportation Efficiency
Consistent bale dimensions make truck and container loading easier to plan and reduce wasted loading space.
Simplified Downstream Handling
Compressed bales are easier to weigh, transfer, store and prepare for steelmaking or foundry operations.
Fewer Loading Cycles
The large compression chamber allows more loose scrap to be loaded per cycle, helping reduce repeated feeding operations.
For this reason, a Metal Baling Machine should be viewed not only as a compression machine, but also as part of the overall material-flow solution in a scrap yard.
| Item | Specification |
|---|---|
| Product Name | Scrap Metal Baler |
| Model | Y83-250UA |
| Nominal Force | 2500 kN / 250 Ton |
| Compression Chamber | 2000×1750×1200 mm |
| Bale Size | (400–700)×500×600 mm |
| Bale Density | >1800 kg/m³ |
| Reference Capacity | 4000–6000 kg/h |
| Single Cycle Time | <160 s |
| Motor Power | 74 kW |
| Bale Discharge | Turn-Out |
| Operation | Hand Valve Control |
| Drive System | Hydraulic |
| Quality Management | ISO9001 |
| Warranty | One Year |
| Technical Support | Long-Term Maintenance Support |
Actual capacity and bale density depend on scrap type, material thickness, bulk density, loading efficiency and operator experience.
The Y83-250UA Hydraulic Metal Baler can be used in a wide range of metal recycling operations.
Suitable for compacting mixed light scrap, sheet-metal offcuts, steel sections and general industrial metal waste.
Compressed scrap can be stored and transported more efficiently before entering downstream steelmaking operations.
Suitable for production waste including stamping scrap, cutting offcuts, sheet-metal waste and other compressible metal residues.
Sorted thin-wall metal components and dismantling scrap can be compressed before transportation or resale.
A practical solution for businesses seeking to improve storage efficiency and reduce loose scrap volume.
Typical materials may include:
Heavy structural scrap with excessive thickness or dimensions should be evaluated separately. A gantry shear or other pre-processing equipment may be required before baling.
The Y83-250UA Scrap Metal Baler operates through a hydraulic compression system.
First, loose scrap is loaded into the 2000×1750×1200mm compression chamber.
The operator then activates the hydraulic system using the hand-valve controls.
Hydraulic cylinders drive the compression components and gradually reduce the volume of the material.
As the scrap is compressed, the empty spaces between individual pieces decrease and a dense metal bale is formed.
After compression is completed, the bale is discharged through the turn-out system.
The machine can then begin the next loading and compression cycle.
The simple operating principle makes the machine suitable for recycling yards that prefer reliable mechanical operation and straightforward maintenance rather than a highly complex automation system.
When evaluating a Scrap Metal Baler For Sale, buyers should not compare only pressing force and machine price.
Several operating factors should be considered.
Light sheet scrap, stamping waste and thin structural material require a different configuration from thick heavy scrap.
For bulky but relatively light material, a larger chamber may be particularly important.
A smaller machine may be sufficient for a yard handling only limited scrap quantities.
For facilities processing tens of tons per day, chamber capacity, cycle time and loading efficiency become much more important.
Different steel mills, foundries and logistics systems may prefer different bale dimensions.
The standard bale size of the Y83-250UA is approximately:
(400–700)×500×600mm
Customized dimensions can be discussed when technically feasible.
For yards using a material handler or grapple, the large chamber can reduce feeding frequency.
For manual loading applications, working height, safety and operator access should also be considered.
The machine uses a 74kW motor system.
Before production, buyers should confirm local voltage, frequency and phase so that the electrical system can be configured for the installation site.
WANSHIDA engineers can recommend a suitable Hydraulic Metal Baler according to scrap photos, material dimensions, thickness, daily capacity and site conditions.
Key advantages of the Y83-250UA include:
The machine can process light steel scrap, sheet metal, stamping offcuts, industrial metal waste, selected steel products, aluminum scrap, copper scrap and stainless steel scrap.
For unusually thick, long or heavy structural scrap, customers should provide material photos and dimensions for technical evaluation.
The stated 4000–6000kg/h is a reference capacity.
Actual output depends on scrap type, bulk density, material dimensions, feeding speed and operator efficiency.
The standard formed bale length is approximately 400–700mm with a 500×600mm cross section.
Special bale dimensions can be discussed before production when technically feasible.
Yes.
Voltage, frequency and phase configuration can be adapted according to the customer's local power supply.
The standard Y83-250UA configuration uses hand-valve control, which is simple and convenient to maintain.
If a higher level of automation is required, other control configurations can be discussed after technical evaluation.
WANSHIDA provides long-term technical support for overseas customers.
Our service includes:
With our own manufacturing facility and engineering team, WANSHIDA can provide customized Scrap Metal Baler, Hydraulic Scrap Metal Baler and complete metal recycling solutions according to the customer's scrap type, required capacity, bale dimensions, available site space and electrical conditions.