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ENERPAT Triple Compression Scrap Metal Baler
The ENERPAT TH Series Triple Compression Scrap Metal Baler is engineered for high-volume metal recycling operations that require efficient scrap compaction, consistent bale formation and reliable production performance.
Featuring three hydraulic compression stages, a heavy-duty press box and an automatic cutting system, the TH Series compresses loose metal scrap into dense, manageable bales for easier handling, storage and transportation.
Designed to process aluminum, copper, ferrous and stainless steel scrap, this automatic metal baling machine offers multiple configurations to accommodate different material characteristics, production requirements and bale specifications.

Key Highlights
  • - Three-stage hydraulic compression for effective metal scrap compaction
  • - Maximum listed aluminum processing capacity of up to 20 TPH

  • - Automatic operation with user-friendly touchscreen control

  • - Integrated cutting blade for handling oversized scrap

  • - Seven machine configurations for different production requirements

  • - Remote diagnostics support through a network router
Key operational benefits include:
Working Principle
How Does Triple Compression Technology Work?​​​​​​​
Three-Stage Hydraulic Compression for Dense Metal Bales
The defining feature of the ENERPAT TH Series is its three-cylinder compression configuration. The system combines primary compression, secondary compression and final compression to progressively compact loose metal scrap into finished bales.

The final compression force varies by model, ranging from 160 tons on the AMB-TH-2080 to 1,000 tons on the AMB-TH-60201.
By combining three compression stages, the TH Series is designed to handle different metal scrap characteristics while delivering consistent compaction performance.
1
Stage 1 – Primary Compression​​​​​​​
The first compression cylinder begins compacting the loose metal scrap inside the press box. It reduces the initial material volume and prepares the scrap for subsequent compression.​​​​​​​
2
Stage 2 – Secondary Compression​​​​​​​
The second compression cylinder applies additional hydraulic force to the material. This further consolidates the scrap and prepares it for final compaction.​​​​​​​
3
Stage 3 – Final Compression​​​​​​​
The final compression cylinder delivers the main compaction force, forming the metal scrap into a dense bale with the specified dimensions.
5 Key Advantages of ENERPAT 3-Way Metal Baler
Robust hydraulic baler engineered for dense, uniform metal bales with reliable automatic operation.
  • Metal blocks are uniformly stressed during forming. Higher compression efficiency & better bale forming effect.
  • Professional design, advanced manufacturing & premium components Ensure long-term stable operation.
  • Cartridge hydraulic valve manifold, large flow & fast cycle speed. H-type tapered connection, low oil leakage risk. UK Hallite cylinder seals, safe, durable & leak-proof.
  • Tenon & mortise welded box structure, solid and long service life. Modular assembly for easier maintenance & servicing.
  • Touchscreen / pushbutton one-touch operation, auto alarm program for easy inspection. Intelligent programming, freely adjustable compression & feeding time. Real-time monitoring: runtime, electric current, temperature and more.
What Metal Scrap Can the TH Series Process?
One Baler for Multiple Metal Recycling Applications
The ENERPAT Triple Compression Scrap Metal Baler is designed for processing a variety of ferrous and non-ferrous metal scrap.
Material dimensions, thickness, bulk density and feeding conditions should be evaluated before selecting the appropriate model.

Not every material is suitable for every TH Series model. For example, long, tangled or exceptionally thick metal sections may require pretreatment or a different processing solution.
ENERPAT recommends material testing before finalizing machine specifications.
ENERPAT AMB-TH Series Model Selection
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    AMB-TH2080
    Model AMB-TH2080
    Bales HxW (L) 250x250 mm
    9.84×9.84 in
    Motor Power (kw) 1 x 55
    Cycle time (no-load) (s) 25
    Bales/h (90% availability) 137
    Max. production capacity,
    Fe (bale weight) (t/h)
    10
    (69 kg)
    Max. production capacity,
    Cu + Ms (bale weight) (t/h)
    11
    (78 kg)
    Max. production capacity,
    Al (bale weight) (t/h)
    4
    (28 kg)
    Cylinder forces, 1st compactor (t) 72
    Cylinder forces, 2nd compactor (t) 91
    Cylinder forces, final compactor (t) 160
    Spec. pressure final compactor (N/ cm²) 2128
    Press box, (W x L x H) 795x1925 x600 mm
    31.30×48.23 ×23.62 in
    Feed opening, (W x L) 725x1450 mm
    28.54×57.09 in
    Machine dimensions (W x Lx H) 4550x5800 x3000 mm
    179.13×228.35 ×118.11 in
    Machine weight (t) approx. 25
  • +
    -
    AMB-TH2210
    Model AMB-TH2210
    Bales HxW (L) 300x300 mm
    11.81×11.81 in
    Motor Power (kw) 1 x 55
    1 x 90
    2 x 55
    Cycle time (no-load) (s) 34-23
    Bales/h (90% availability) 101-149
    Max. production capacity,
    Fe (bale weight) (t/h)
    13-19
    (124 kg)
    Max. production capacity,
    Cu + Ms (bale weight) (t/h)
    15-22
    (141 kg)
    Max. production capacity,
    Al (bale weight) (t/h)
    5-7
    (44 kg)
    Cylinder forces,1st compactor (t) 112
    Cylinder forces, 2nd compactor (t) 136
    Cylinder forces, final compactor (t) 200
    Spec. pressure final compactor (N/ cm²) 2063
    Press box, (W x L x H) 1020x2235 x800 mm
    47.64×88.39 ×31.50 in
    Feed opening, (W x L) 945x1655 mm
    37.20×65.16 in
    Machine dimensions (W x Lx H) 5290x6605 x3735 mm
    208.27×260.04 ×148.62 in
    Machine weight (t) approx. 41
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    AMB-TH2212
    Model AMB-TH2212
    Bales HxW (L) 300x300 mm
    11.81×11.81 in
    Motor Power (kw) 1 x 55
    1 x 90
    2 x 55
    Cycle time (no-load) (s) 38-26
    Bales/h (90% availability) 90-132
    Max. production capacity,
    Fe (bale weight) (t/h)
    12-17
    (124 kg)
    Max. production capacity,
    Cu + Ms (bale weight) (t/h)
    13-20
    (141 kg)
    Max. production capacity,
    Al (bale weight) (t/h)
    4-6
    (44 kg)
    Cylinder forces, 1st compactor (t) 112
    Cylinder forces, 2nd compactor (t) 161
    Cylinder forces, final compactor (t) 200
    Spec. pressure final compactor (N/ cm²) 2063
    Press box, (W x L x H) 1245x2235 x800 mm
    49.02×88.39 ×31.50 in
    Feed opening, (W x L) 1170x1655 mm
    46.06×65.16 in
    Machine dimensions (W x Lx H) 5990x6605 x3775 mm
    235.83×260.04 ×148.62 in
    Machine weight (t) approx. 44
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    AMB-TH2812
    Model AMB-TH2812
    Bales HxW (L) 400x400 mm
    15.75×15.75 in
    Motor Power (kw) 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) 2104
    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 L x H) 6360x8035 x4600 mm
    250.39×316.34 ×181.10 in
    Machine weight (t) approx. 60
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    AMB-TH2815
    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) 2104
    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 L x H) 7060x8035 x4615 mm
    277.95×316.34 ×181.69 in
    Machine weight (t) approx. 67
  • +
    -
    AMB-TH6020
    Model AMB-TH6020
    Bales HxW (L) 600x600 mm
    23.62×23.62 in
    Motor Power (kw) 3 x 90
    Cycle time (no-load) (s) 60
    Bales/h (90% availability) 57
    Max. production capacity,
    Fe (bale weight) (t/h)
    47
    (791 kg)
    Max. production capacity,
    Cu + Ms (bale weight) (t/h)
    54
    (903 kg)
    Max. production capacity,
    Al (bale weight) (t/h)
    16
    (272 kg)
    Cylinder forces, 1st compactor (t) 343
    Cylinder forces, 2nd compactor (t) 494
    Cylinder forces, final compactor (t) 800
    Spec. pressure final compactor (N/ cm²) 2144
    Press box, (W x L x H) 2000x6000 x1600 mm
    78.74×236.22 ×62.99 in
    Feed opening, (W x L) 2910x4930 mm
    114.57×194.09 in
    Machine dimensions (W x L x H) 10155x15650 x6110 mm
    400.00×616.14 ×240.55 in
    Machine weight (t) approx. 186
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    AMB-TH60201
    Model AMB-TH60201
    Bales HxW (L) 600x600 mm 23.62×23.62 in
    Motor Power (kw) 3 x 90
    Cycle time (no-load) (s) 69
    Bales/h (90% availability) 50
    Max. production capacity,
     Fe (bale weight) (t/h)
    59
     (1130 kg)
    Max. production capacity,
    Cu + Ms (bale weight) (t/h)
    67
    (1290 kg)
    Max. production capacity,
    Al (bale weight) (t/h)
    20
    (389 kg)
    Cylinder forces, 1st compactor (t) 343
    Cylinder forces, 2nd compactor (t) 494
    Cylinder forces, final compactor (t) 1000
    Spec. pressure final compactor (N/ cm²) 2749
    Press box, (W x L x H) 2010x6000 x1600 mm
    82.68×236.22 ×62.99 in
    Feed opening, (W x L) 1910x4930 mm
    75.20×194.09 in
    Machine dimensions (W x L x H) 10495x15650 x6110 mm
    413.19×616.14 ×240.55 in
    Machine weight (t) approx. 201
Seven Models for Different Metal Recycling Requirements
Whether you process aluminum cans, steel stamping scrap, copper scrap or mixed metal waste, the TH Series offers multiple configurations to suit different production scales.
Note: Processing capacities are maximum listed figures from the published technical data. Actual output varies with material and operating conditions. Bale dimensions are listed as H × W.
Typical Applications of Triple Compression Metal Baler

Why Choose Enerpat for Your Metal Baling Equipment??
Success Cases

A recycling company in Boise, Idaho, has completed the installation of an ENERPAT AMB-L2014-250 metal hydraulic baler for processing discarded mattress springs and other metal scrap. The project was driven by a straightforward operational need: loose mattress springs take up considerable space before they are shipped or moved for further recycling. By compacting the material into dense bales, the recycler can make better use of its yard space and handle the recovered metal more efficiently. For this application, the AMB-L2014-250 Sheet Metal Baler was selected as a practical fit, with an expected processing capacity of approximately 4–5 tons per hour for mattress springs.

When your existing equipment starts limiting your efficiency, upgrading is no longer optional—it becomes necessary. This Thailand-based recycling company had been working with ENERPAT for years. After previously investing in a Two Shaft Shredder, their operations expanded steadily. However, as their processing volume increased, their aging baler began to struggle with performance, maintenance issues, and inconsistent output. Handling stainless steel scrap—especially loose, irregular materials—requires consistent compression performance. The customer needed a more reliable scrap stainless steel baler to maintain productivity and reduce downtime.

❓ Why Is a Scrap Metal Baler for Mattress Springs Essential in Austin?With the rapid growth of mattress recycling businesses across the U.S., especially in cities like Austin, handling bulky and high-tensile mattress springs has become a critical operational challenge.For local recyclers, investing

A Reliable Metal Chip Baler Solution for Industrial Scrap Management in OhioIn Crestline, Ohio, a comprehensive waste management and environmental services provider recently completed the installation of an ENERPAT AMB-L2014-250 Metal Chip Baler, marking a successful collaboration driven by urgency,

As New Zealand continues to strengthen its circular economy and metal recycling infrastructure, demand for reliable and high-performance baling equipment is rising steadily.Recently, ENERPAT successfully completed the installation of a Non Ferrous Baler for Sale for a large integrated metal recyclin

As Nigeria's recycling industry continues to evolve, more local scrap processors are seeking reliable and heavy-duty solutions to improve operational efficiency. Recently, ENERPAT successfully installed a Scrap Metal Baler Machine for a professional metal recycling company in Nigeria, helping the cu

As one of Central Europe’s fastest-growing recycling markets, Poland continues to invest heavily in efficient scrap metal processing equipment. Recently, an experienced Polish metal recycling company successfully upgraded its operation with an ENERPAT Baling Scrap Metal Machine, solving long-standin

As the recycling industry in the Caribbean continues to modernize, metal recyclers in the Dominican Republic are facing increasing pressure to improve efficiency, safety, and operating stability. Recently, ENERPAT successfully installed a Door Cover Ferrous Baler for a professional metal recycling c

In South Africa’s fast-growing scrap recycling market, efficiency, reliability, and safety are no longer optional — they are essential. Recently, ENERPAT successfully installed a Hydraulic Metal Baler for a South African recycling company specializing in the trading and processing of recyclable mate

As Mexico’s recycling industry continues to expand, small and medium-sized recycling companies are under growing pressure to process mixed scrap materials more efficiently, safely, and profitably. In 2024, ENERPAT successfully installed a Metal Scrap Press Machine for a Mexican recycling trader, hel

As Chile accelerates its transition toward a circular economy, metal recyclers are under increasing pressure to process higher volumes of scrap iron efficiently while reducing logistics and storage costs. In this context, ENERPAT successfully installed a Scrap Iron Baler for Metals for a long-establ

Project Background: A Brazilian Scrap Yard Under Pressure to Grow EfficientlyA long-established scrap metal recycling center in Brazil was facing a challenge familiar to many operators across Latin America. Daily operations generated large volumes of irregular iron scrap—mixed sizes, inconsistent sh

Helping an Argentine Cable Manufacturer Turn Copper Scrap into ValueIn Argentina's metal manufacturing sector, copper and aluminum prices fluctuate frequently, while storage space and logistics costs continue to rise. For cable and conductor manufacturers, handling large volumes of loose copper wire

Turning Irregular Scrap into Profitable Bales: A Successful U.S. Recycling CaseIn the United States, scrap metal recyclers face a constant challenge: large volumes of irregular, bulky metal scrap driving up storage, transportation, and handling costs. This case study highlights how a professional U.

Turning Scrap Tin into Value: A Real Recycling Success Story from GreeceAs Greece continues to strengthen its circular economy framework, manufacturers are under growing pressure to manage scrap metal more efficiently. In this context, Scrap Tin Baler solutions have become a critical investment for

From Google Search to On-Site Success: An Ecuador Scrap Recycling Case StudyWhen an Ecuadorian scrap metal recycler searched Google for “Iron Scrap Baler”, they were facing a common but urgent challenge in the local recycling market: large volumes of mixed-size iron scrap that were costly and ineffi

Australia's recycling industry is experiencing a strong shift toward localized metal processing, efficient downstream logistics, and higher-value resource recovery. This trend recently brought an Australian metal recycler to ENERPAT after searching for a “Mattress Springs Scrap Bundling Machine”—a v

Request a Customized Triple Compression Metal Baling Solution
Ready to Improve Your Metal Scrap Handling Efficiency?
Whether you process aluminum, copper, steel or other suitable metal scrap, choosing the right baler starts with understanding your material and production requirements.
ENERPAT can help evaluate your application and recommend a suitable TH Series Triple Compression Scrap Metal Baler.
Send us your material photos, estimated daily or hourly processing volume and target bale dimensions. Our team will help you assess the appropriate machine configuration.
Compare Models

Free Material Testing​​​​​​​

FAQ
  • Q1. Is the ENERPAT Triple Compression Scrap Metal Baler available in stock?
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    Yes. Popular TH Series models are regularly kept in stock to support faster order fulfillment. Stock availability may vary by model and configuration. Contact our sales team to check current inventory, machine specifications and estimated delivery time.
  • Q2. What warranty does ENERPAT provide for the triple compression metal baler?
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    ENERPAT provides a 5-year warranty for hydraulic cylinders and a 12-month warranty for the complete machine. This warranty coverage gives customers additional confidence in the long-term operation of their metal recycling equipment. Please refer to the warranty agreement for detailed coverage and conditions.
  • Q3. Does ENERPAT provide local after-sales service in the United States, Mexico and Europe?
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    Yes. ENERPAT has locally based teams in Ohio, USA, Mexico and Germany, providing regional technical and service support. Customers in these markets and surrounding areas can discuss local assistance for equipment installation, commissioning, troubleshooting and maintenance with our regional teams.
  • Q4. Can ENERPAT provide on-site installation and commissioning?
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    Yes. ENERPAT supports on-site installation and commissioning services. Our technical team can assist with equipment positioning, installation guidance, hydraulic and electrical connections, commissioning and operator training. For projects where on-site service is not required, online technical guidance and remote training are also available.
  • Q5. Can my operators receive training before the machine goes into production?
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    Yes. ENERPAT provides operator training as part of the equipment commissioning and technical support process. Training can cover machine operation, touchscreen controls, daily inspection, routine maintenance and basic troubleshooting. Training arrangements can be made on-site or online, depending on the project requirements.
  • Q6. Can I test my scrap metal before placing an order?
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    Yes. ENERPAT supports material testing before purchase. You can provide representative samples or discuss your material characteristics with our team. Testing helps evaluate compression performance, bale formation and the appropriate machine configuration before you make an investment decision.
  • Q7. How long does delivery take after placing an order?
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    Delivery time depends on the selected model, stock availability, machine configuration and destination. Popular models may be available for faster shipment from existing inventory, while customized equipment may require additional manufacturing time. Contact ENERPAT for a confirmed delivery schedule based on your requirements.
  • Q8. Are spare parts available after purchasing the machine?
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    Yes. ENERPAT provides spare parts support for its metal baling equipment. Our team can help identify the required components according to your machine model and configuration. Regional service teams can also assist customers with spare parts inquiries and maintenance support.
  • Q9. What information should I provide to get a quotation for a TH Series metal baler?
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    To help us recommend the right model, please provide:
    • Type of metal scrap you process
    • Material photos or videos
    • Estimated hourly or daily processing volume
    • Required bale dimensions or weight
    • Available installation space
    • Delivery country and destination
    Based on this information, ENERPAT can evaluate your requirements and recommend a suitable machine configuration and quotation.
  • Q10. Can ENERPAT help with machine maintenance after the warranty period?
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    Yes. ENERPAT continues to provide technical consultation, troubleshooting guidance and spare parts support after the warranty period. Customers can contact our service team for maintenance recommendations and assistance with equipment operation.
Online Feedback
Enerpat is a global company specializing in waste-recycling and disposal solutions, with a mission to help customers build a better, more sustainable world. We are a leading global provider for municipal and industrial clients, helping them recycle and dispose of waste, reduce costs and consumption, and create more value.

We focus on sorters, shredders, balers, shears, and disposal equipment for a wide range of recycling needs. Enerpat believes that “Quality Transform The World.” We deliver the industry’s highest levels of quality and service. Choosing Enerpat means choosing trust and value.
 

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