Y83-125 125-Ton Turn-Out Hydraulic Metal Baler with 1200×700×600mm Chamber and 18.5kW Motor

Product Overview

The Y83-125 turn-out hydraulic metal baler is designed for small and medium-sized scrap recycling yards, metal fabrication plants, industrial scrap collection points, and non-ferrous metal recycling operations.

The machine provides a 1250kN, approximately 125-ton nominal pressing force, with a 1200×700×600mm compression chamber. Bale cross sections are available in 250×250mm or 300×300mm, while the installed motor power is 18.5kW.

For companies processing light steel scrap, stamping offcuts, aluminum scrap, sheet metal waste, and other compressible metal materials, loose scrap often creates practical problems such as excessive storage space, inefficient truck loading, difficult material handling, and disorganized workshop areas.

The purpose of this hydraulic metal baler is to reduce loose scrap volume and form more manageable bales for storage, forklift handling, transport, and downstream recycling.

The Y83-125 is not designed as an oversized high-capacity recycling system. Instead, it provides a practical balance between machine investment, electrical demand, workshop space, and medium-duty scrap handling requirements.

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Problem: What Problems Are Buyers Trying to Solve?

Many customers considering a 125-ton metal baler do not operate very large scrap processing centers.

Instead, they often need to solve practical daily problems.

Light sheet metal and stamping scrap occupy large amounts of space compared with their actual weight.

Loose and irregular scrap creates void space during truck loading.

Metal fabrication plants continuously generate offcuts that can quickly occupy production and storage areas.

Some buyers only process moderate amounts of scrap each day and do not need the investment, electrical demand, or workshop space required by a 300-ton or 400-ton baler.

For these customers, a compact and practical scrap metal baler can often be more suitable than a larger system.

Cause: Why Do Chamber Size, Pressing Force and Bale Discharge Matter?

Chamber Size Affects Loading Volume

The Y83-125 press chamber measures:

1200×700×600mm

Light scrap may have low weight but large volume, so chamber size directly affects how much material can be loaded during each cycle.

If the customer processes long, rigid, or oversized scrap, pressure alone is not enough. Material dimensions must also be considered.

125-Ton Nominal Force Determines Main Compression Capability

The machine provides:

1250kN / 125 tons

of nominal main pressing force.

This level is suitable for many light and medium scrap applications.

However, buyers should not select a baler only by tonnage. Scrap thickness, shape, spring-back behavior, and loading method also influence the final bale.

Bale Cross Section Affects Handling

The machine can produce:

250×250mm

or

300×300mm

bale cross sections.

The most suitable bale format depends on forklift capacity, downstream customer requirements, transport arrangements, and preferred bale weight.

Turn-Out Discharge Simplifies Bale Removal

The Y83-125 uses a turn-out discharge mechanism.

After compression, the completed bale is turned out from the chamber, reducing the need for manual extraction and avoiding the complexity of a large automatic bale conveying system.

Solution: How Does the Y83-125 Work?

The Y83-125 uses a hydraulic compression system combining top cover, side compression, main compression, and bale turn-out functions.

A typical working sequence is:

Scrap loading → top cover closing → side compression → main compression → bale formation → turn-out discharge

The hydraulic system pressure is 25MPa, and the motor power is 18.5kW.

This configuration is suitable for buyers who need reliable scrap compression without building a large automatic recycling line.

The machine focuses on:

• Reasonable equipment investment
• Moderate electrical demand
• Compact installation requirements
• Simple operating process
• Practical medium-duty scrap handling

Technical Specifications

Standard vs. Optional

Standard Technical Configuration

Based on the current technical specification, the main standard configuration includes:

• 125-ton main pressing capacity
• 1200×700×600mm compression chamber
• 18.5kW motor
• Hydraulic compression system
• Side compression structure
• Top cover compression
• Turn-out bale discharge mechanism

Optional Items to Confirm Before Order

The following items should be confirmed separately according to project requirements:

• PLC control
• Remote control
• Hydraulic oil cooling system
• Conveyor
• Feeding platform
• Customized voltage and frequency
• Special electrical component brands
• Special hydraulic component brands
• Spare parts package
• Special paint color
• Customized bale size

This helps avoid misunderstanding between standard and optional configurations.

Test Conditions

The technical specification gives an approximate cycle time of:

120 seconds

However, cycle time should not be treated as a guaranteed hourly capacity.

Actual production efficiency depends on:

• Scrap type
• Bulk density
• Material dimensions
• Loading volume
• Manual or mechanical feeding speed
• Operator efficiency
• Target bale size

The current specification does not provide a fixed bale density.

For customers with a specific hourly capacity requirement, representative scrap photos, material dimensions, and expected throughput should be provided before final model selection.

Applications

The Y83-125 metal recycling baler may be suitable for:

• Light steel scrap
• Sheet metal offcuts
• Stamping scrap
• Fabrication waste
• Aluminum scrap
• Selected copper scrap
• Thin-wall metal parts
• Metal manufacturing waste
• Scrap recycling yards
• Small and medium-sized recycling facilities

Application Limits

Heavy Structural Scrap

Heavy structural steel, large H-beams, thick steel sections, and oversized steel pipes may require a higher-force baler or a shear baler.

Oversized Scrap

Material significantly larger than the 1200×700×600mm chamber may require cutting or preprocessing before baling.

High-Throughput Continuous Operation

For facilities processing very large daily scrap volumes, a 125-ton machine may not match the required production rhythm.

A larger metal baler or automatic horizontal baler should be evaluated.

High-Temperature Operation

The current technical specification does not define a standard cooling system.

For long operating hours or hot climates, hydraulic oil cooling should be discussed before order confirmation.

Advantages

125-Ton Pressing Force

Provides practical compression capability for small and medium-sized recycling operations without the higher investment of oversized machines.

1200×700×600mm Chamber

Suitable for loading common light metal scrap and production offcuts.

Two Bale Cross-Section Options

Available options include:

250×250mm

and

300×300mm

allowing buyers to match the bale format with handling and downstream requirements.

18.5kW Motor

The 18.5kW power configuration makes electrical installation easier for many medium-scale recycling operations.

Turn-Out Bale Discharge

The bale turn-out system provides a simple and practical discharge method after compression.

Approx. 5000kg Machine Weight

The approximately 5-ton machine structure helps maintain stability during hydraulic compression.

FAT & Delivery

Before shipment, a Factory Acceptance Test can be arranged to verify major machine functions.

Typical FAT checks include:

• Hydraulic system operation
• Main compression movement
• Side compression movement
• Top cover operation
• Turn-out bale discharge
• Motor and hydraulic system operation
• Hydraulic leakage inspection
• Control system functions
• Basic safety functions

If representative scrap is available, material testing can also be discussed.

Before shipment, export customers should normally confirm:

• Commercial Invoice
• Packing List
• Operation Manual
• Electrical Documents
• Spare Parts List
• Test Photos or Videos
• Packing Method
• Container Loading Plan

Packing and dismantling arrangements should be confirmed according to the final machine size and shipping method.

After-Sales Service

For imported hydraulic scrap equipment, good after-sales preparation helps reduce downtime.

Buyers are advised to confirm:

• Operation manual
• Hydraulic schematic
• Electrical drawing
• Cylinder seal information
• Recommended hydraulic oil
• Spare parts list
• Remote technical support method

If hydraulic pressure, oil temperature, motor operation, or cylinder movement becomes abnormal, photos, videos, and operating data can help technical engineers perform remote troubleshooting.

If on-site installation or commissioning is required, engineer service scope, travel, accommodation, and service charges should be confirmed before the order.

FAQ

1. What materials can the Y83-125 metal baler process?

It is mainly suitable for light steel scrap, sheet metal offcuts, stamping scrap, aluminum scrap, and other compressible metal waste.

For thick, long, or heavy structural scrap, photos and dimensions should be provided before model selection.

2. What is the hourly capacity?

The current technical specification does not provide a fixed t/h capacity.

Actual throughput depends on scrap density, dimensions, loading method, and operating efficiency.

3. What is the cycle time?

The approximate cycle time is:

120 seconds

Actual production time also includes material loading and bale handling.

4. What bale size can the machine produce?

Available bale cross sections are:

250×250mm

or

300×300mm

Actual bale weight depends on the scrap material and its density.

5. What is the motor power?

The standard motor power is:

18.5kW

6. Can the voltage be customized?

Electrical configuration can be confirmed according to the customer's local power supply.

Before ordering, buyers should provide:

• Voltage
• Frequency
• Phase

For example:

400V / 50Hz / 3 Phase

7. Does the machine need an oil cooling system?

If the machine will operate for long hours or in a high-temperature environment, an oil cooling system may be recommended.

The final requirement should be confirmed according to actual operating conditions.

8. What routine maintenance is required?

Regular maintenance should include checking:

• Hydraulic oil level
• Hydraulic oil cleanliness
• Hoses and fittings
• Cylinder seals
• Hydraulic leakage
• Motor and pump operation

9. Which spare parts should buyers prepare?

Commonly recommended spare parts may include:

• Cylinder seal kits
• Hydraulic hoses and fittings
• Common electrical components
• Selected hydraulic wear parts

The final spare parts list should be confirmed according to the actual machine configuration.