AMB-TH-2815 Metal Scrap Baling Machine

The ENERPAT AMB-TH-2815 Metal Scrap Baling Machine is a heavy-duty three-direction hydraulic baler designed for high-volume metal recycling applications. This machine takes multiple stages hydraulic compression structure, compressing loose and irregular metal scrap into 400 × 400 mm compact bales.
The AMB-TH-2815 features a 1500 × 2840 × 1100 mm compression chamber and a 1425 × 2130 mm feeding opening, providing a larger working area than the AMB-TH-2812. Its three-way compression structure and 350-ton final compactor cylinder force make it suitable for demanding metal recycling operations.


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Model:
TH Series
Brand:
ENERPAT
Code:
TH Series

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Product Description

ENERPAT AMB-TH-2815 Metal Scrap Baling Machine

The AMB-TH-2815 Metal Scrap Baling Machine is designed for recycling facilities that handle large volumes of bulky metal scrap and require a larger compression chamber.

Its three-way hydraulic compression system applies force from multiple directions to consolidate loose metal materials into dense bales. The standard bale cross-section is 400 × 400 mm, helping produce a consistent bale format for storage, transportation, and downstream processing.

Compared with the AMB-TH-2812, the AMB-TH-2815 features a larger 1500 × 2840 × 1100 mm compression chamber and a 1425 × 2130 mm feeding opening. This provides additional working space for handling suitable bulky materials.

The machine is equipped with integrated cutting blades, a modular hydraulic system, and Siemens or Schneider PLC control options. Multiple motor configurations are available to match different production requirements.

Composition and Structure

Material Testing

Product Details

5 Key Core Advantages

Three-Way Hydraulic Compression

The final compactor cylinder provides a force of 350 tons, helping form compact and high-density bales for industrial recycling applications.

This machine uses three-stage hydraulic compression process, applying pressure from different directions to consolidate metal scrap. The final compactor cylinder provides a force of 350-ton, helping from compact and high-density bales for industrial recycling applications.
Heavy-Duty Welded Structure

The machine uses a rigid welded housing designed for heavy-duty industrial applications. Wear-resistant liners protect key compression areas against abrasion during repeated operation.

The modular structure also supports equipment inspection and routine maintenance.
Large Compression Chamber

The AMB-TH-2815 features a 1500 × 2840 × 1100 mm compression chamber, providing large working space for loose and irregular metal scrap. Compared to AMB-TH-2812, this larger compression chamber can provide another solution for recycling facilities with different material-loading needs.
Modular High-Flow Hydraulic System

The hydraulic system uses a modular cartridge valve arrangement to support efficient hydraulic flow and stable compression cycles.

H-type tapered hydraulic fittings help reduce leakage risks, while UK Hallite cylinder seals support reliable hydraulic operation.
Intelligent PLC Control

The AMB-TH-2815 supports Siemens or Schneider PLC control options with touchscreen operation.

The system allows operators to manage machine cycles, adjust feeding and compression settings, and monitor operating information such as running time, current, and temperature.

Design & Product Story

For large-scale metal recycling operations, the size of the compression chamber will directly influence the material loading and production arrangement.

Bulky steel scrap, structural steel, metal sheets, and irregular offcuts need enough working space during feeding and compression process. The AMB-TH-2815 Metal Scrap Baling Machine is designed around these requirements.
Its 1500 × 2840 × 1100 mm compression chamber and 1425 × 2130 mm feeding opening provide a larger working area than the AMB-TH-2812. The three-way hydraulic system then compresses suitable materials into standardized 400 × 400 mm bales.
Combined with integrated blaeds, 350-ton final cylinder and automatic PLC control system, the AMB-TH-2815 brings feeding, cutting, compression and operation monitoring together in one single machine.

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FAQs

Q1: What materials can the AMB-TH-2815 Metal Scrap Baling Machine process?

A: Our machine is suitable for ferrous and non-ferrous metal scraps, including steel scrap, metal sheets, stamping offcuts, and other suitable metal materials.
Q2: What is the bale size of the AMB-TH-2815?

A: The standard bale cross-section is 400 × 400 mm, and the bale length can be adjusted according to production requirements.
Q3: What is the production capacity of this machine?

A: According to ENERPAT’s product specifications, the reference capacity is 21–34 t/h for ferrous scrap, 23–39 t/h for copper and brass, and 7–12 t/h for aluminum. Actual capacity depends on material characteristics, feeding conditions, and selected machine configuration.
Q4: What is the main difference between the AMB-TH-2812 and AMB-TH-2815?

A: Both models produce 400 × 400 mm bales and have a final compactor cylinder force of 350 tons. The AMB-TH-2815 features a larger compression chamber measuring 1500 × 2840 × 1100 mm and a wider feeding opening of 1425 × 2130 mm.
Q5: Can the machine configuration be selected according to production requirements?

A: Yes. The AMB-TH-2815 provides different motor configuration options, including 1 × 90 kW, 2 × 90 kW, and 3 × 90 kW. The appropriate configuration should be confirmed according to material characteristics and production requirements.
Q6: Does ENERPAT provide material testing and after-sales support?

A: Yes. ENERPAT supports material evaluation before equipment selection and provides installation, commissioning, operator training, and technical support. Warranty terms should be confirmed for the specific order.

Technical Data Sheet

MODEL	AMB-TH2815
Bales HxW (L)	400x400 mm 15.75×15.75 in
Motor Power (kw)	1 x 90 2 x 90 3 x 90
Cycle time (no-load) (s)	46-28
Bales/h (90% availability)	74-122
Max. production capacity, Fe (bale weight) (t/h)	21-34 (264 kg)
Max. production capacity, Cu + Ms (bale weight) (t/h)	23-39 (301 kg)
Max. production capacity, Al (bale weight) (t/h)	7-12 (94 kg)
Cylinder forces, 1st compactor (t)	189
Cylinder forces, 2nd compactor (t)	252
Cylinder forces, final compactor (t)	350
Spec. pressure final compactor (N/ cm²)	2,104
Press box, (W x L x H)	1500x2840 x1100 mm 59.06×95.98 ×43.31 in
Feed opening, (W x L)	1425x2130 mm 56.10×83.86 in
Machine dimensions (W x Lx H)	7060x8035 x4615 mm 277.95×316.34 ×181.69 in
Machine weight (t)	approx. 67