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AMB-L
ENERPAT

Industries We Serve & Common Challenges
Multiple industries—including metal recycling, electronics manufacturing, automotive, and construction—regularly deal with large-volume, high-hardness copper scrap. Traditional handling methods often result in:
High logistics and storage costs due to low material density
Inefficient melting caused by irregular shapes and oxidation
Labor-intensive processing and safety concerns
Material contamination and loss of metal quality
ENERPAT's Solution: The AMB-L Series Door Cover Hydraulic Scrap Baling Machine
Our baler delivers powerful, efficient, and automated compression tailored for heavy-duty copper scrap.
Key Features & Data-Backed Advantages:
Robust Door-Cover Design – Ensures extreme durability and continuous operation under high pressure. The modular structure allows easy part replacement and maintenance.
High Compression Force – Ranging from 100 to 1500 tons, capable of processing even the toughest copper materials.
Advanced Hydraulic System – With integrated cartridge valve technology and Hallite sealing components, it offers high speed, large flow, and zero leakage.
Industrial Cooling System – Supports 24/7 operation with dual temperature control modes, enabling multi-shift automation.
Smart PLC Control – Siemens/Schneider system with touchscreen interface for real-time monitoring of pressure, temperature, motor current, and operation time. Customizable cycle and ejection settings improve usability.
Operating Principle
Material Feeding:
Materials are transported to the metal baler's compression chamber using forklifts and unloading devices.
Hydraulic Compression:
Under the drive of the hydraulic system, waste metal is compressed into compact metal bundles.
Automatic Bundle Ejection:
The metal bundles are automatically pushed out through a small door using a hydraulic cylinder.
Product Specification Sheet
| Model | AMB-L1480-160 | AMB-L2014-250 | AMB-L2520-315 |
| Press Force | 160 T | 250 T | 315 T |
| Press Chamber | 1400x800x700 mm | 2000x1400x900 mm | 2500x2000x1200 mm |
| Motor Power | 22 kw | 2x22 kw-6 | 2x45 kw-4 |
| Pump | 160 m/r | 2x160 m/r | 2x250 m/r |
| Bale Size | 350x350 mm | 500x500 mm | 500x500 mm |
| Capacity (Steel) | 2.0-2.5 tons per hour | 5.0 tons per hour | 8.0-10.0 tons per hou |
Material Testing

Call to Action
Maximize your copper scrap value with ENERPAT's Hydraulic Scrap Baling Machine. Reach out today for a personalized consultation and quote—let us help you build a smarter, more profitable recycling operation!
The ENERPAT AMB-L Series is a versatile scrap metal baler, also known as a scrap metal compactor, metal scrap baling machine, or metal recycling baler. It features a cleverly designed lid that enhances stability and durability. Utilizing hydraulic principles, it cold-presses materials into high-density metal bundles without the need for adhesives, preserving the metallic properties. The main oil cylinder compression force ranges from 100 to 1500 tons, and the motor power spans from 30 to 300 kW, accommodating the diverse needs of various customers.
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Hastir Joachim
"Since introducing the ENERPAT lid-type scrap metal baler, our production efficiency has significantly improved. The machine operates stably with a low failure rate, greatly saving maintenance time and costs. The lid design makes operation more convenient, and the quality of the bales is uniform, making it ideal for our recycling industry needs. The after-sales service is prompt, and the team is professional; overall, we are very satisfied!"
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Menzi Gama
"The ENERPAT lid-type scrap metal compactor performs exceptionally well at our large solid waste disposal center. The machine has strong processing capabilities, efficiently handling large volumes of solid waste materials and significantly improving our work efficiency. The intelligent control system is simple to use, allowing employees to quickly get up to speed and reducing training costs. Additionally, the durability and stability of the equipment ensure worry-free long-term operation, making it the preferred choice in the field of solid waste management!"
