The Y83-160 Hydraulic Scrap Metal Baler is a reliable and cost-effective baling solution designed for small to medium-scale scrap metal recycling operations that require stable compression performance, flexible yard layout, and simple operation.With a 1600 kN (160-ton) nominal hydraulic force, this machine efficiently compresses loose and irregular scrap metal into compact, high-density bales, significantly reducing material volume and transportation costs. Baler Compactor Machine is widely used for processing scrap steel, aluminum scrap, metal off-cuts, thin structural steel, and mixed metal materials.
The baler is equipped with a side push-out bale discharge system, allowing finished bales to be pushed out horizontally from the side of the machine. This design is especially suitable for recycling yards where front space is limited or where bales are collected directly by forklifts from the side, offering greater flexibility in site layout.
Featuring a 1600 × 1000 × 800 mm compression chamber and a practical 400 × 400 mm bale size, the Y83-160 provides a balanced solution between productivity, bale density, and operating cost. The machine supports PLC automatic or manual operation, making it suitable for different labor conditions and automation requirements.
Key Features & Advantages
✔ 1600 kN Stable Hydraulic Compression Force
Provides sufficient pressing power for common scrap metals, producing uniform and well-shaped bales suitable for transport and downstream processing.
✔ Side Push-Out Bale Discharge Design
Finished bales are pushed out from the side, which offers:
Flexible yard layout
Easy forklift handling
Safe and controlled bale discharge
✔ Compact Compression Chamber
The 1600 × 1000 × 800 mm press room allows efficient feeding while keeping the overall machine footprint reasonable for medium-sized recycling facilities.
✔ Practical 400 × 400 mm Bale Size
Standard bale dimensions ensure easy stacking, loading, and acceptance by scrap traders and steel mills.
✔ Flexible Operation Modes
Manual control: simple, durable, low maintenance
PLC control: improved automation, safety, and consistency
✔ Energy-Efficient Power Configuration
Powered by a 30 kW motor, the baler delivers stable output with controlled energy consumption, suitable for long daily operation.
✔ Robust Structure & Proven Design
Reinforced frame and mature hydraulic system ensure long service life, low failure rate, and easy maintenance, ideal for overseas operation.
Technical Specifications
Model: Y83-160
Nominal Force: 1600 kN (160 Tons)
Compression Chamber Size: 1600 × 1000 × 800 mm
Bale Size: 400 × 400 mm
Motor Power: 30 kW
Bale Discharge Type: Side push-out
Operation Method: Manual control / PLC control
Typical Materials Processed
Scrap steel
Aluminum scrap and profiles
Metal off-cuts
Light structural steel
Mixed metal scrap
FAQ – Frequently Asked Questions of Metal Baler Machines
Q1: What is the advantage of side push-out discharge?
A: Side push-out discharge is ideal for recycling yards with limited front space and allows flexible forklift handling from the side.
Q2: Is the Y83-160 suitable for continuous operation?
A: Yes. The machine is designed for stable daily operation with low maintenance requirements.
Q3: Can PLC control be added?
A: Yes. The Y83-160 supports both manual valve control and PLC automatic control.
Q4: What type of scrap is best suited for this model?
A: It is ideal for small to medium volumes of scrap steel, aluminum scrap, and mixed light-to-medium metal materials.
Why Choose the Y83-160 Side Push-Out Steel Scrap Metal Baler ?
If your recycling operation requires:
A reliable 160-ton metal baler
Flexible site layout with side discharge
Simple operation and low operating cost
Stable bale quality for regular scrap trading
The Y83-160 is a proven and practical solution for professional scrap metal recycling.
Contact Us – Get Quotation & Technical Support
Contact us today to receive:
✅ Competitive quotation
✅ Model comparison within the Y83 series
✅ Layout and installation guidance
✅ Export packing and after-sales support
Customization available for voltage, control system, and safety configuration.