AMB-L1270-125T Hydraulic Scrap Baling Press for Scrap Metals

AMB-L1270-125T Hydraulic Scrap Baling Press for Scrap Metals

Engineered for continuous, high-efficiency metal scrap processing, the ENERPAT AMB-L1270-125T compacts light steel coils, aluminum offcuts, used beverage cans, steel wires, and oil filters into dense, uniform bales. It reduces storage space needs, lowers transportation costs significantly, and maximizes raw material recovery value—delivering long-term, high-density compaction performance as an industrial hydraulic scrap baling press.


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Model:
AMB-L
Brand:
ENERPAT

Product Video

Watch the ENERPAT AMB-L1270-125T hydraulic scrap baling press

In this demonstration video, the ENERPAT AMB-L1270-125T hydraulic scrap baling press is shown operating in a real metal recycling facility, performing its full automatic compression cycle under continuous working conditions. From initial top-feeding via crane to lid shear pre-compression, main cylinder cold compaction, and automatic side-door bale ejection, every motion runs in a synchronized and controlled manner. The footage highlights the machine's operational speed, structural stability, and continuous reliability when processing light steel, aluminum scrap, and mixed metal waste. This stable running behavior ensures that your recycling facility achieves steady hourly output with minimal operator intervention.

Product Description

ENERPAT AMB-L1270-125T Hydraulic Scrap Baling Press

Also known as lid style metal baler, scrap metal compactor, hydraulic scrap baling press for sale, metal shear baler, scrap steel pressing machine, etc.

If you are processing bulky, low-density scrap metal—from steel coils, rebar offcuts, and metal blades to used oil filters, aluminum extrusions, and beverage cans—you have likely faced a common operational bottleneck: loose, bulky scrap rapidly fills up valuable yard floor space. Oversized metal pieces are difficult to stack, slow down manual and crane loading, and lead to partially loaded container shipments that inflate logistics costs. As daily processing volume increases, these inefficiencies directly diminish your facility's operational throughput and profit margins

The ENERPAT AMB‑L1270‑125T Hydraulic Scrap Baling Press is engineered to resolve these challenges with precision and high force. Delivering a powerful 125‑ton pressing force across a 1200 × 700 × 600 mm (47.24 × 27.56 × 23.62 in) press chamber, it effortlessly compresses loose metal scrap into compact, uniform 300 × 300 mm (11.81 × 11.81 in) bales. With a steel scrap capacity of 1.0–1.5 tons per hour, it achieves up to a 4:1 compaction ratio, reducing material volume by up to 80%. Operating strictly via ambient hydraulic cold compaction without heat or binders, it preserves 100% of the raw metal purity for downstream smelting. Equipped with a 15 kW motor, a 63 ml/r pump, and an automatic side‑door ejection system, this hydraulic scrap baling press provides consistent, low‑cost processing for scrap yards, metal stamping shops, and recycling centers.

Composition and Structure

Product Applications

Product Details

6 Key Core Advantages

Heavy-Duty Chassis & Flaw-Detection Welding Construction

The machine frame is fabricated using international standard high-strength steel plates cut by high-precision CNC plasma cutters. All major structural components undergo continuous CO2 protective welding followed by 100% ultrasonic flaw detection testing to verify weld integrity, preventing deformation under long-term 125-ton compaction force.
Versatile Lid Compression & Integrated Edge Shearing Blades

Designed with an expansive top-loading chamber and a high-tonnage hydraulic lid that covers the upper compression box. Heavy-duty shear blades mounted along the lid and chamber edges automatically slice through protruding steel wires, long trimmings, or bulky scrap as the lid closes, eliminating the need for labor-intensive pre-cutting prior to baling.
High-Precision Hydraulic Cylinder & Premium Seals

The hydraulic system uses heavy-wall seamless steel tubing and precision-machined cylinder barrels, paired with high-grade chrome-plated piston rods for smooth operation and wear resistance. Equipped with original British Hallite cylinder seals, the system ensures leak-free reliability, superior pressure retention, and extended cylinder life.
Siemens Main Motor & 24/7 Air-Conditioned Cooling Architecture

Driven by an energy-efficient 15 kW Siemens main motor paired with a 63 ml/r hydraulic pump to optimize energy consumption while delivering high compaction torque. An independent industrial air-conditioner oil cooling unit regulates hydraulic oil temperatures during continuous operations, preventing oil degradation and heat-induced downtime.
Siemens PLC Touch-Screen Automation & CE-Standard Electrics

Features a centralized, factory-tested electrical control cabinet with color-coded IEE-standard copper conductors. The system incorporates a Siemens/Schneider PLC touch-screen interface for full multi-mode control, auto-ejection side door locking, emergency safety stops, and real-time operational monitoring.

SUBMIT

Design Concept & Product Story

It usually begins the same way—loose metal scrap piling up in the yard, and operational space slowly disappearing. Steel wires, metal stampings, oil filters, and UBC cans keep coming in from daily operations. Containers leave half-empty due to low material density, handling areas become overcrowded, and what once felt like simple scrap management turns into a daily pressure on storage, labor, and transport costs.

In real scrap recycling environments, we observed the same operational challenge: scrap metal rarely arrives in uniform sizes or predictable shapes. Materials are mixed, bulky, springy, and difficult to compact efficiently. That is why the ENERPAT AMB-L1270-125T hydraulic scrap baling press was not designed purely around a machine concept, but around this real-world operational demand.

From that deep understanding came a system built for long-term stability under severe compression pressure: a high-tonnage hydraulic lid with integrated edge shearing blades to pre-compact oversized material, an optimized cylinder motion to control metal spring-back, and a heavy-duty CO2-welded structure for non-stop multi-shift duty. Combined with Siemens PLC touch-screen automation and an air-conditioned oil cooling system, this hydraulic scrap baling press quietly converts troublesome metal waste into high-density, furnace-ready bales—ready for seamless loading, transport, and melting.

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Why Choose Us

Strategic facilities and warehouses in Ohio ensure rapid regional equipment shipping, local technical consultations, and dependable component availability for your hydraulic scrap baling machine.

Local US Warehouses
Standard configurations and key spare parts are kept directly in US inventory, eliminating long manufacturing lead times and ensuring your hydraulic scrap baling machine is deployed with minimal delay.

Ready in Stock for Fast Shipping
Engineered with UK technology standards and high-grade industrial components, the equipment is 100% CE and ISO certified to guarantee total operator safety and durable performance for high-volume scrap processing.

CE & ISO Certified Quality
Backed by factory equipment warranty, professional on-site commissioning by US engineers, and 24/7 remote technical assistance, we keep your hydraulic scrap baling machine running smoothly with maximum uptime.

Industry-Leading Warranty & Support

FAQs

Q1: What materials can the ENERPAT AMB-L1270-125T hydraulic scrap baling press process?

The ENERPAT AMB-L1270-125T hydraulic scrap baling press is specifically engineered to process a wide range of light-to-medium ferrous and non-ferrous scrap metals. It efficiently compacts materials such as steel coils, structural rebar, steel wires, aluminum offcuts, used beverage cans (UBC), metal blades, automotive body sheet metal, used oil filters, and metal stamping swarf into dense, uniform bales.
Q2: What are the primary technical specifications and operating capacity of the AMB-L1270-125T model?

The AMB-L1480-160T metal scrap compactor delivers 160 tons of hydraulic press force driven by a 22 kW motor. It achieves a processing throughput of 2.0 to 2.5 tons per hour for steel scrap.
Q3: How does the lid mechanism eliminate the need for manual scrap pre-cutting?

The machine features an expansive open press chamber equipped with a high-tonnage hydraulic lid that covers the upper compression box. Heavy-duty shear blades are mounted along the edges of the lid and press box, which automatically slice through long, overhanging, or tangled scrap—such as steel wires or rebar—as the lid closes downward. This integrated shearing and pre-compression action forces bulky scrap into the box, preventing material jams and completely eliminating the need for labor-intensive manual pre-cutting.
Q4: What volume reduction ratio and compaction density does this hydraulic scrap baling press achieve?

The AMB-L1270-125T delivers up to a 4:1 compaction ratio, reducing loose metal volume by up to 80% through ambient hydraulic cold compression. Because it operates strictly without applying heat or chemical binders, the process preserves 100% of the raw metal's chemical composition and metallurgical purity. This produces dense, dimensionally uniform 300 × 300 mm bales that limit material spring-back and maximize shipping payload limits.
Q5: Can the AMB-L1270-125T support continuous 24/7 multi-shift operations?

Yes, the system is engineered for continuous multi-shift industrial duty. Powered by a high-efficiency Siemens main motor, it incorporates an independent industrial air-conditioner oil cooling unit. This cooling architecture actively regulates hydraulic fluid temperatures during non-stop heavy loading, preventing thermal oil degradation and eliminating heat-related pump downtime during harsh summer weather.
Q6: What manufacturing standards are used for the machine frame and hydraulic components?

The main chassis is fabricated from international-standard high-strength steel plates cut by CNC plasma machines and joined through continuous CO2 protective welding. Every chassis weld undergoes 100% ultrasonic flaw-detection testing to guarantee structural durability against extreme compression pressure. The hydraulic cylinder assembly utilizes heavy-wall seamless steel tubing, chrome-plated piston rods, and original British Hallite seals to ensure leak-free performance and long-term pressure retention.
Q7: How is the equipment controlled, and what safety features are included?

The equipment utilizes a centralized control cabinet wired with color-coded PVC copper conductors conforming to IEE standards. Operations are managed via a Siemens or Schneider PLC touch-screen interface for simple, multi-mode automated control. Integrated safety systems include emergency stop buttons, physical maintenance lockouts, automatic hydraulic door locking, system over-pressure protection, and real-time oil temperature/level monitoring.
Q8: How does the bale discharging process work on the AMB-L1270-125T?

Once the main hydraulic cylinder completes its full compression cycle, the heavy-duty hydraulic side door unlocks automatically. The main ram then advances forward to smoothly eject the finished high-density bale directly out of the chamber, minimizing idle cycle times and enabling immediate reloading for the next batch.
Q9: How does this hydraulic scrap baling press reduce operational and logistics costs?

By converting loose scrap into uniform rectangular bales, the machine optimizes shipping density so that export containers or freight trucks reach their maximum weight payload limits per trip. This significantly lowers transportation costs by up to 80%, frees up floor space in scrap yards, and improves overall facility safety.
Q10: What warranty, delivery lead time, and technical support services are included?

ENERPAT provides free material testing and customized facility layout design, with a standard manufacturing lead time of 45 days. Every purchase includes engineer on-site installation, commissioning, and operator training, backed by a 12-month machine warranty, a 5-year hydraulic cylinder warranty, 24/7 global technical support, and reliable OEM spare parts supply.

Technical Data Sheet

Model	AMB-L1270-125T
Press Force	125 T
Press Chamber	1200 × 700 × 600 mm 47.24 × 27.56 × 23.62 in
Motor Power	15 kw
Pump	63 ml/r
Bale Size	300 × 300 mm 11.81 × 11.81 in
Capacity (Steel)	1.0-1.5 tons per hour