250 Ton Hydraulic Metal Baler With Large Chamber And Turn-Out Bale Discharge

250 Ton Hydraulic Metal Baler with Large Chamber and Turn-Out Bale Discharge

The Y83-250 is a heavy-duty Hydraulic Metal Baler designed for the compression and volume reduction of metal scrap. It combines 250 tons of main pressing force, a 2000 × 1400 × 900 mm loading chamber, twin 22 kW motors and hydraulic turn-out bale discharge.

With a reference processing capacity of approximately 4.5–5.0 tons per hour, the machine is suitable for medium-capacity scrap recycling and metal-processing applications.

Instead of relying only on the main pressing cylinder, the Y83-250 uses top, side and main compression movements to progressively contain and compress loose scrap. After the bale is formed, the hydraulic turn-out mechanism discharges it for further handling.

Loose metal scrap can occupy significant yard space and may be difficult to store, load and transport efficiently.

Buyers may also experience frequent feeding when the chamber is too small, excessive manual handling, or difficulty maintaining the required hourly throughput.

A suitable Scrap Metal Baler should therefore help customers:

• Reduce scrap storage volume
• Improve handling and transportation efficiency
• Reduce unnecessary loading operations
• Produce manageable and regular bales
• Match the required daily or hourly processing capacity

The Y83-250 uses a 2000 × 1400 × 900 mm press chamber, providing more loading space for relatively bulky loose scrap.

Its 250-ton main pressing force performs the final compression, but actual bale weight and hourly capacity will still depend on scrap dimensions, thickness, shape and bulk density.

The hydraulic turn-out discharge system removes the completed bale after compression, helping the machine move into the next cycle with less manual handling.

For hot climates or long daily operating hours, the hydraulic oil cooling configuration should also be reviewed according to actual site conditions.

After scrap is loaded into the chamber, the top and side compression mechanisms progressively reduce the material volume before the main 250-ton press completes the final compression.

The finished bale is then discharged through the hydraulic turn-out system.

This combination of large loading space, multi-direction compression and hydraulic bale discharge provides a practical solution for scrap yards and metal-processing plants looking to reduce material volume and improve downstream logistics.

250 Ton Press Force
Provides strong final compression for reducing the volume of suitable metal scrap.

Large Loading Chamber
The 2000 × 1400 × 900 mm chamber provides more space for bulky scrap and can reduce frequent loading.

Multi-Direction Compression
Top, side and main compression movements work together to contain and compact the material.

Hydraulic Turn-Out Discharge
The finished bale is discharged hydraulically for easier downstream handling.

Twin 22 kW Motors
The hydraulic system is powered by two 22 kW motors, giving a total rated motor power of 44 kW.

The standard machine configuration includes the main hydraulic compression system, twin motors and hydraulic turn-out discharge.

Project-specific configurations can be discussed for:

• Voltage and frequency
• Control system
• Air or water cooling
• Feeding conveyor or hopper
• Remote control
• Recommended spare-parts package
• Special requirements for hot, humid or coastal environments

The final configuration should always follow the confirmed technical agreement and quotation.

The stated 4.5–5.0 T/H is a reference processing capacity, not a fixed output for every material.

Actual throughput may vary according to:

scrap type, dimensions, thickness, bulk density, loading quantity and feeding efficiency.

For projects with strict production targets, buyers are advised to provide material photos or videos, typical dimensions and required tons per hour before final machine selection.

The approximately 120-second cycle time is also a reference figure. Actual production efficiency should include the material loading process.

The Y83-250 can be evaluated for compressible metal scrap such as general steel scrap, fabrication offcuts, sheet and stamping scrap, aluminum and other suitable non-ferrous metal scrap.

Technical review is recommended when processing:

• Heavy or thick steel plates
• Large solid steel sections
• High-strength heavy scrap
• Material significantly larger than the loading chamber
• Scrap requiring cutting before compression

For these applications, a larger Metal Baler, Scrap Metal Shear or Gantry Shear may be more suitable.

After production, the machine can undergo factory testing to check hydraulic movements, compression, bale discharge and general operating condition.

Photos or working videos can be provided for customer confirmation.

A typical project process is:

Technical Confirmation → Production → FAT → Customer Approval → Packing → Loading and Shipment

For projects with strict capacity requirements, the test material and operating conditions should be agreed in advance.

Operating and maintenance documents, relevant hydraulic and electrical information, spare-parts support and remote technical assistance can be provided according to the final machine configuration.

During long-term operation, customers should mainly pay attention to hydraulic oil condition, cylinder and pipeline seals, hydraulic hoses, filtration components and electrical parts.

Recommended spare parts can be prepared before shipment.

It is mainly designed for compressible metal scrap. Material photos, dimensions and thickness are recommended for final technical confirmation.

No. This is a reference capacity. Actual output depends on scrap density, dimensions, loading conditions and operator efficiency.

The bale cross-section is 500 × 500 mm, while the bale length can vary according to the compression condition and final confirmed specification.

The machine uses two 22 kW motors, giving a total rated motor power of 44 kW.

This depends on ambient temperature, daily working hours and machine load. Cooling should be evaluated for continuous operation in hot regions.

Yes. The required voltage and frequency can be confirmed according to the customer's local power supply.

Routine maintenance mainly includes checking hydraulic oil, leakage, seals, hoses, pumps and electrical components.

Yes. A conveyor, hopper or other feeding solution can be evaluated according to the material, required throughput and site layout.