ENERPAT AMB-L2520-250 Metal Scrap Baling Press Machine

The Metal Scrap Baling Press Machine is built around ENERPAT’s global engineering standards and field-proven reliability. The AMB-L series is already operating across North America, South America, Europe, Africa, Asia, and Oceania, supported by ENERPAT’s worldwide technical network.

Industry Coverage

This machine is widely adopted in:

• Scrapyards & metal recycling centers

  Converting mixed, bulky metals into standardized, tradable bale bundles.

• Steel mills and foundries

  Feeding dense, uniform furnace charge to improve melt control, reduce oxidation loss, and stabilize EAF/IF operations.

• Automotive dismantling & ELV facilities

  Compressing car shells, body panels, and spring assemblies for efficient transport.

• Manufacturing plants (stamping, machining, fabrication)

  Managing ongoing streams of offcuts, steel sheet scrap, stainless steel pieces, and oily turnings.

• Demolition & construction waste handlers

  Reducing structural steel, pipes, and rebar leftovers into compact forms.

• Municipal recycling & waste management hubs

  Turning light steel, appliance shells, and mixed metal waste into baled commodities for export.

Composition and Structure

Why These Industries Must Invest in a Baling Press

1. Massive volume reduction & logistics savings

Bale density improves truck/container utilization, cutting transport cost by up to 30–60% depending on scrap type.

2. Higher resale value & compliance with global scrap standards

Uniform bale size and density increases acceptance under ISRI specifications, making scrap easier to trade internationally.

3. Better furnace efficiency & lower melt loss

Dense, predictable charge material reduces splashing, oxidation, and energy spikes in the melt process.

4. Cleaner, safer, and more organized yards

Eliminates sprawling piles of loose scrap, improving operational safety and permitting compliance.

5. Essential equipment for scaling recycling operations

For any yard or factory managing >2–3 tons/hour, a baling press becomes a direct productivity multiplier.

Product Applications

How It Works

1. Feeding

Scrap is loaded manually, by forklift, or by tilting device into the compression chamber.

2. Hydraulic Compression

The closed-door ram system compacts the scrap into a high-density cube.

3. Auto Bale Ejection

A side push-out cylinder ejects the finished 500×500 mm bale for stacking or direct loading.

Looking for pricing, availability, or a site layout plan?

Contact ENERPAT today to get a tailored quotation and access global reference sites.

Five Core Advantages of the AMB-L2520-250

Heavy-Duty, Long-Life Structure

Modular assembly for simplified maintenance Robust mortise-and-tenon welding frame Reinforced chamber plates designed for extreme load cycles

Wear-Resistant Chamber & Cutting Edges

High-tensile imported wear plates Optional cutter blades for pre-shearing long scrap Smooth, efficient compaction with reduced downtime

High-Performance Hydraulic System

Cartridge valve block with high flow rate and fast response H-type tapered oil fittings reduce leakage risks Hallite cylinder seals for extended seal life and pressure stability

Industrial Cooling Unit for 24/7 Operation

Selectable “fixed temperature” and “ambient tracking” modes Supports continuous, multi-shift production Protects oil quality and hydraulic components

Smart Control with SIEMENS / Schneider PLC

Real-time monitoring of current, pressure, oil temperature, and operating hours Touchscreen or button-panel operation Auto alerts and diagnostic assistance for easy servicing Programmable cycle parameters for different scrap types