AMB-TH-2812 Scrap Metal Baler Machine

The ENERPAT AMB-TH-2812 Scrap Metal Baler Machine is a heavy-duty three-direction hydraulic metal baler for recycling industrial metal operations requiring compression capacity and material volume. This machine uses three-stage hydraulic compression structure, compressing loose metal scrap into 400 × 400 mm compact bales with adjustable length.
Its 1245 × 2840 × 1100 mm compression chamber and 1170 × 2130 mm feeding opening provides large processing space for industrial material. With a final compactor cylinder force of 350 tons, the AMB-TH-2812 is suitable for handling a range of ferrous and non-ferrous metal materials.


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Model:
TH Series
Brand:
ENERPAT
Code:
TH Series

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Product Description

ENERPAT AMB-TH-2812 Scrap Metal Baler Machine

The AMB-TH-2812 Scrap Metal Baler Machine is designed for recycling facilities which need processing loose and irregular metal scrap. This machine uses three-direction hydraulic system, applying forces from multiple directions, and compressing the loose metal scrap into high-density bales. It makes it easier to stack, storage and transport. The machine features a large press box measuring 1245 × 2840 × 1100 mm. Installed with blades around the compression chamber, it helps shear longer and oversized material.

The modular hydraulic system supports high flow operation while the Siemens or Schneider PLC control system provides automated operation and process monitoring. These features make the AMB-TH-2812 suitable for steel mills, foundries, metal recycling plants, and large scrap yards.

Composition and Structure

Material Testing

Product Details

5 Key Core Advantages

Three-Way Hydraulic Compression

This machine applies hydraulic forces from three directions through concessive stages. This process consolidates loose scrap into compact bales. The three-stage compression stage is suitable for loose and irregular scrap required controlled compression.
Heavy-Duty Structure and Wear-Resistant Components

This machine takes a rigid welded structure designed for demanding industrial operation. The wear-resistant liners can protect the key compression area from abrasion. The modular structure also supports inspection, component replacement and routine maintenance.
Large Compression Chamber

The press box measures 1245 × 2840 × 1100 mm, providing a large working area for suitable bulky and irregular metal scrap.
The feeding opening measures 1170 × 2130 mm, allowing materials to enter the compression chamber for processing.
High-Flow Hydraulic System

The hydraulic system uses a modular cartridge valve arrangement to support efficient hydraulic flow and compression cycles.
H-type tapered hydraulic connections and UK Hallite cylinder seals are used to support system reliability and reduce leakage risks.
Siemens / Schneider PLC Control

The machine supports Siemens or Schneider PLC control with a touchscreen operating interface.
The control system allows operators to adjust compression and feeding parameters, monitor operating conditions, and receive automatic alarms when abnormal conditions occur.

Design & Product Story

Industrial metal scrap vary in size, shape and density. Steel offcuts, structural steel, stamping scrap, metal sheets, and other irregular materials occupy large space and create challenges during transportation. The AMB-TH-2812 is designed for these material processing requirements.

This Scrap Metal Baler Machine uses 400 × 400 mm standardized bale and 1245 × 2840 × 1100 mm compression chamber provides working space for suitable loose materials. The three-stage hydraulic system applies forces from different directions. The compactor cylinder delivers 350 tons of force.

Through integrated blades, modular hydraulic system and PLC controlling system combines cutting compression and automatic control together in one single machine.

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FAQs

Q1: What materials can the AMB-TH-2812 Scrap Metal Baler Machine process?

A: The machine is designed for suitable ferrous and non-ferrous metal scrap, including steel sheets, stamping scrap, steel offcuts, structural steel, aluminum scrap, copper scrap, and other industrial metal materials.
Q2: What bale size does the AMB-TH-2812 produce?

A: The standard bale cross-section is 400 × 400 mm. Bale length can be adjusted according to production requirements.
Q3: What is the production capacity of the AMB-TH-2812?

A: According to ENERPAT’s specifications, the reference capacity is 24–26 t/h for ferrous scrap, 27–30 t/h for copper and brass, and 8–9 t/h for aluminum. Actual output depends on material characteristics, feeding conditions, and machine configuration.
Q4: What is the difference between the AMB-TH-2812 and AMB-TH-2815?

A: Both models produce 400 × 400 mm bales. The main differences are the compression chamber size, feeding opening, motor configuration, and processing capacity. The AMB-TH-2815 has a larger compression chamber and feeding opening.
Q5: Can ENERPAT evaluate our scrap before equipment selection?

A: Yes. Customers can provide material samples, photos, videos, or specifications. ENERPAT can evaluate the material characteristics and discuss a suitable machine configuration.
Q6: Does ENERPAT provide after-sales service and warranty?

A: ENERPAT provides installation, commissioning, operator training, and technical support. Its stated warranty policy includes one year for the complete machine and five years for hydraulic cylinders, subject to applicable terms.

Technical Data Sheet

MODEL	AMB-TH2812
Bales HxW (L)	400x400 mm 15.75×15.75 in
Motor Power (kw)	1 x 55 1 x 90 2 x 55
Cycle time (no-load) (s)	40-36
Bales/h (90% availability)	86-95
Max. production capacity, Fe (bale weight) (t/h)	24-26 (264 kg)
Max. production capacity, Cu + Ms (bale weight) (t/h)	27-30 (301 kg)
Max. production capacity, Al (bale weight) (t/h)	8-9 (94 kg)
Cylinder forces, 1st compactor (t)	161
Cylinder forces, 2nd compactor (t)	220
Cylinder forces, final compactor (t)	350
Spec. pressure final compactor (N/ cm²)	2,104
Press box, (W x L x H)	1245x2840 x1100 mm 49.02×95.98 ×43.31 in
Feed opening, (W x L)	1170x2130 mm 46.06×83.86 in
Machine dimensions (W x Lx H)	6360x8035 x4600 mm 250.39×316.34 ×181.10 in
Machine weight (t)	approx. 60