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Scrap Metal Baler (AMB-L)

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ENERPAT AMB-L1612-160 Ferrous Baler with Tipper

Name: ENERPAT AMB-L1612-160 Ferrous Baler with Tipper
Brand: ENERPAT
Rating: 5.0 (21 reviews)

The ENERPAT AMB-L1612-160 is a robust, high-performance Ferrous Baler with Tipper, engineered to transform your bulky, hard-to-handle scrap metal into dense, profitable bales. Designed for demanding industrial applications, this machine solves the core pain points of scrap processors and metal-intensive industries: soaring logistics costs, inefficient storage, and revenue loss from low-density materials.

Core Specs & Power: With a formidable 160-ton compression force and a 30kw power system, it processes high volumes with speed and reliability. The generous 1600×1200×800mm charging box accommodates large, irregular pieces, while producing uniform 400×400mm bales ideal for furnace charging and transportation.
Material Versatility: This ferrous baler excels with a wide range of metals. It effectively processes Steel Scrap, Auto Body Scraps, Rebar, and Appliance Steel (Tinplate). Its power also handles non-ferrous metals like Aluminum Scrap (Cast Aluminum, Extrusion Scrap), Aluminum Turnings (Swarf), and #1 Copper (Bright Copper). For specialized recyclers, it's capable of baling Battery Aluminum Casings and prepared E-Scrap (Electronic Scrap).

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AMB-L
Brand:
ENERPAT

ferrous baler non ferrous baler for sale baler for scrap metal recycling baler for sale scrap bundling machine ENERPAT hydraulic metal baler manufacturer

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ENERPAT AMB-L1612-160 Ferrous Baler with Tipper

ENERPAT AMB-L1612-160 Ferrous Baler with Tipper

ENERPAT’s AMB-L series defines industry standards for durability and innovation. The unique Cover-Type Design provides unmatched structural integrity for handling the toughest, bulkiest scrap metal, setting it apart from conventional open-chamber balers.

This versatility makes the AMB-L1612-160 Ferrous Baler with Tipper an essential investment across multiple sectors:

Scrap Recycling Yards & Mega-Shredders: For operations drowning in loose metal, this baler is the key to survival and growth. It transforms scattered piles into shippable commodity bales, slashing costs and boosting profit margins instantly.
Foundries & Steel Mills: Achieve consistent, high-quality feedstock. Dense bales reduce melt time (by up to 30%), lower energy consumption (by over 20%), and minimize oxidation loss, leading to a cleaner melt and higher yield.
Large-Scale Manufacturing & Fabrication Plants: For automotive, aerospace, or machining shops generating tons of turnings and clippings. This baler enables on-site resource recovery, turning waste into a tidy revenue stream while enhancing workplace safety and supporting ESG goals.
Specialty Demolition & Dismantlers: For companies processing end-of-life vehicles (ELVs), industrial machinery, or white goods. The powerful cover-door mechanism crushes and condenses entire car shells, appliance bodies, and other challenging, high-volume items with ease.

Answering Your Critical Questions:

We understand your concerns about investment, suitability, and support. The AMB-L1612-160 is built to deliver a rapid Return on Investment (ROI)—often within 12-18 months—through tangible savings and increased scrap revenue. Its design prioritizes reliability and easy maintenance, using globally-recognized components to minimize downtime. Coupled with ENERPAT’s responsive global service network and available IoT monitoring options, we ensure your operation runs smoothly, maximizing your uptime and peace of mind.

Operating Principle

Material Feeding:

Materials are transported to the metal baler's compression chamber using forklifts and unloading devices.

Hydraulic Compression:

Under the drive of the hydraulic system, waste metal is compressed into compact metal bundles.

Automatic Bundle Ejection:

The metal bundles are automatically pushed out through a small door using a hydraulic cylinder.

Product Specification Sheet

Model	AMB-L1480-160	AMB-L2014-250	AMB-L2520-315
Press Force	160 T	250 T	315 T
Press Chamber	1400x800x700 mm	2000x1400x900 mm	2500x2000x1200 mm
Motor Power	22 kw	2x22 kw-6	2x45 kw-4
Pump	160 m/r	2x160 m/r	2x250 m/r
Bale Size	350x350 mm	500x500 mm	500x500 mm
Capacity (Steel)	2.0-2.5 tons per hour	5.0 tons per hour	8.0-10.0 tons per hou

Why This Baler is a Non-Negotiable Investment for Your Industry

In today's competitive market, efficiency is currency. Simply collecting scrap is no longer enough. You must optimize its handling to protect your margins. This Ferrous Baler with Tipper is not an expense; it's a strategic profit center.

For Recyclers: It converts logistical overhead (storage, freight) into pure profit. The ability to produce premium bales makes you a preferred supplier to mills.
For Foundries: It standardizes your feedstock, giving you precise control over melt chemistry and efficiency, directly reducing your cost-per-ton of liquid metal.
For Manufacturers: It closes the loop on production waste, contributing to sustainability targets, reducing liability from scrap piles, and creating a new income source.

Material Testing

Ready to Transform Your Scrap Processing Efficiency?

Stop letting valuable space and profit vanish with loose scrap metal. Contact our engineering sales team today for a detailed quotation, a customized ROI analysis for your business, and to see the AMB-L1612-160 Ferrous Baler with Tipper in action through our video portfolio.

Get Your Personalized Quote Now

The ENERPAT AMB-L Series is a versatile scrap metal baler, also known as a scrap metal compactor, metal scrap baling machine, or metal recycling baler. It features a cleverly designed lid that enhances stability and durability. Utilizing hydraulic principles, it cold-presses materials into high-density metal bundles without the need for adhesives, preserving the metallic properties. The main oil cylinder compression force ranges from 100 to 1500 tons, and the motor power spans from 30 to 300 kW, accommodating the diverse needs of various customers.

5 Key Core Advantages

Unmatched Structural Durability & Longevity

Built to last for decades with minimal downtime. Features a modular, mortise-and-tenon inspired welded box structure that withstands extreme, constant stress. This design simplifies maintenance and access to key components.
Superior Wear Resistance & Cutting Power

The compression chamber is lined with imported, ultra-hard wear plates. Optional high-strength blades can be integrated on the press head to shear long, unwieldy items like rebar or beams during compaction, eliminating pre-cutting and saving immense labor.
High-Performance, Leak-Free Hydraulic System

The heart of the baler defines its reliability. We use an integrated cartridge valve block for fast, powerful cycles and H-Type tapered fittings to prevent leaks. Critical seals, like those in the main cylinder, are from Hallite (UK), ensuring years of dependable, leak-free operation.
Industrial-Grade Cooling for Continuous Work

An integrated industrial refrigeration system is standard. It offers two modes ("Fixed Temperature" or "Room Temperature Sync") to maintain optimal hydraulic oil temperature 24/7. This allows for uninterrupted multi-shift, automated operation without the risk of overheating.
Intelligent, User-Friendly Control System

Operation is simple and precise. The Siemens/Schneider PLC-based control system with a large touchscreen allows for one-touch operation. It features smart programming for different materials, automatic fault alarms, and real-time monitoring of pressure, temperature, runtime, and more, putting total control at your fingertips.

FAQs

Q1: What is the main difference between a cover-type baler and a standard horizontal baler?

A: The defining feature is the heavy-duty hydraulic cover that closes over the charging box. This creates a fully enclosed "forging chamber" that applies tremendous, even pressure from all sides. This design is significantly more robust and safer for crushing extremely large, dense, or irregular items (like whole car bodies or demolition steel) that could damage or jam a standard baler.
Q2: How do I estimate the ROI for this baler for my specific operation?

A: ROI is primarily driven by the reduction in logistics and increase in sales revenue. Key factors are: your current costs per truckload (often cut by 60-70%), the price premium for dense bales vs. loose scrap (typically 15-25%), and savings from reduced landfill or storage fees. Most professional operations achieve full payback within 12-24 months through these direct savings.
Q3: Is the machine suitable for processing mixed or contaminated metals?

A: While powerful enough to compress mixed loads, the quality of your bale dictates its market value. For maximum profitability, we recommend baling sorted, clean grades (e.g., all #1 steel, all cast aluminum). This ensures you get top dollar. The baler can handle some contamination, but non-metallics like plastic or rubber will reduce bale density and value.
Q4: What kind of foundation and power supply are required for installation?

A: The AMB-L1612-160 requires a solid, level concrete foundation to handle its dynamic forces. Specific plans are provided. It runs on a 3-phase, 30kW electrical supply. A dedicated power line and proper safety disconnects are essential. Our technical team provides complete pre-installation guidelines and can offer on-site support.
Q5: What is included in your after-sales service and support, especially for international clients?

A: ENERPAT provides comprehensive global support: Detailed operation & maintenance manuals (in English), remote video support, and access to a global network of spare parts warehouses for fast shipment. We offer optional on-site commissioning and training, and advanced models can be equipped with IoT for remote diagnostics to preempt issues and minimize downtime.

Welcome to schedule a visit to our customer demonstration site.

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