Hydraulic Metal Baler 160 Ton PLC Semi Automatic For Steel And Aluminum Scrap Compression 400×400 mm Bale

1. Product Description

1.1 Product Positioning

The Y83-160 hydraulic metal baler is designed for medium-scale scrap compression operations where steel and aluminum scrap must be compacted before storage and transportation. It is suitable for scrap yards, recycling plants, and manufacturing facilities that need a stable and reliable solution for reducing scrap volume.

In practical applications, this model is often used where scrap is generated continuously and storage space is limited, making volume reduction a key requirement.

1.2 Technical Specifications

1.3 Typical Applications

1. Scrap Yard Steel Compression
Steel scrap such as sheets, bars, and offcuts is often stored loosely, occupying large areas and making handling inefficient. The baler compresses these materials into dense bales, improving storage efficiency.

2. Aluminum Scrap Recycling
Aluminum scrap is lightweight but bulky. Without compression, transport becomes inefficient. The baler increases density and reduces logistics cost.

3. Manufacturing Waste Handling
Metal offcuts generated during stamping or machining accumulate quickly. These materials affect workflow and require efficient management.

4. Mixed Scrap Processing
Different scrap types are difficult to organize in loose form. The baler standardizes material into consistent bale sizes.

5. Scrap Transfer Preparation
Before shipment, scrap needs to be compacted for efficient loading. The baler improves transport efficiency.

1.4 Core Features Explanation

1. 1600 kN Hydraulic Compression Force
Provides sufficient pressure to compress medium-density scrap materials such as steel and aluminum.

2. Multi-Directional Compression System
Main cylinder, side cylinder, and top cover cylinder work together to ensure uniform bale density.

3. Turn-Out Bale Discharge Structure
Automatically discharges bales, reducing manual handling and improving efficiency.

4. Stable Hydraulic System With 25 MPa Pressure
Ensures consistent performance under continuous operation.

5. PLC Semi-Automatic Control System
Simplifies operation while maintaining process stability.

1.5 Data-Based Performance

1. Compression Force Output
1600 kN ensures effective volume reduction.

2. Bale Size Standardization
400 × 400 mm bales are easy to store and transport.

3. Cycle Efficiency
160 seconds per cycle supports continuous processing.

4. Energy Consumption Level
22 kW motor provides stable operation with moderate power usage.

5. Hydraulic Stability
25 MPa working pressure ensures consistent output.

1.6 Problem Solving Value

1. Scrap Volume Occupies Too Much Space
Loose scrap reduces storage efficiency and increases management difficulty.

2. Transport Efficiency Is Low
Low-density materials increase transport cost.

3. Workshop Organization Problems
Scrap accumulation affects workflow and safety.

4. Handling Difficulty
Irregular scrap shapes are difficult to manage.

5. Low Recycling Efficiency
Uncompressed scrap slows down recycling operations.

The Y83-160 improves recycling efficiency by converting loose scrap into dense bales.

2. RFQ

1. What type of scrap material do you mainly process?
Steel, aluminum, or mixed scrap materials will affect machine configuration.

2. What is your required processing capacity?
Please specify hourly or daily output.

3. What is the size range of your scrap materials?
Helps determine feeding suitability.

4. Do you require PLC control or manual operation?
We can recommend the best solution.

5. What are your installation conditions?
Please provide space and power details.

3. FAQ

1. What materials can be processed?
Steel, aluminum, and mixed scrap.

2. What is the bale size?
400 × 400 mm.

3. What is the cycle time?
160 seconds.

4. What is the motor power?
22 kW.

5. Is it easy to operate?
Yes, PLC semi-automatic system.

4. CTA

Contact Jiangsu Wanshida Hydraulic Machinery Co., Ltd. for a customized scrap compression solution based on your operational needs.