Engineered for High-Density Metal Compression

The AMB-L1612-160 operates through three core stages:

1. Material Loading

Scrap is fed via conveyor, forklift or tipping hopper directly into the compression chamber.

2. Hydraulic Compaction

A 160-ton main cylinder forms high-density metal blocks without adhesives, maintaining the metal’s original properties.

3. Automatic Bale Ejection

The hydraulic ejector pushes finished bales through the discharge gate for easy handling and continuous operation.

This model is structured using ENERPAT's signature mortise-and-tenon welded steel frame, delivering outstanding durability and stability even under long working cycles.

Brand Strength & Industry Applications

The AMB-L series is trusted globally across:

• Metal recycling yards & scrap processors

• Steel mills & smelting plants

• Automotive dismantling & ELV facilities

• Appliance recycling centers (WEEE/white goods)

• Aluminum and copper processing plants

• EV battery and lithium battery recycling facilities

• Manufacturing plants producing continuous metal offcuts

These industries choose ENERPAT because they need consistent bale density, fast compression speed, low downtime, and stable long-cycle performance — all essential for profitability and safety.

Composition and Structure

Why These Industries Must Invest in a Scrap Metal Baling Machine for Sale

1. Reduce Storage & Logistics Cost

Loose scrap consumes massive warehouse space and creates costly transport inefficiencies.

Baling reduces volume by up to 75%, cutting logistic cost by over 50–70% per trip.

2. Increase Scrap Selling Price

High-density, furnace-ready bales earn higher prices than loose or mixed scrap — often 20–25% more depending on the market.

3. Improve Furnace Efficiency & Metal Recovery Rate

Smelting plants benefit from:

• Faster melting

• More stable chemical composition

• Reduced oxidation and slag

• Higher metal recovery rate

4. Ensure On-Site Safety & Clean Production

Especially critical for aluminum turnings, which may react with moisture and create hydrogen.

Baling eliminates this hazard and improves workshop organization.

5. Expand Business Capabilities

Door-lid design enables processing oversized, high-strength or irregular scrap, allowing recyclers to enter higher-value recycling sectors such as:

• Car body shells

• EV battery shells

• Thick-plate steel offcuts

Product Applications

Call to Action

Looking for a reliable Scrap Metal Baling Machine for Sale that delivers high density, low cost, and long-term stability?

Contact ENERPAT today to get a customized quote, real material testing videos, and a tailored solution for your scrap recycling business.

Five Core Advantages of the ENERPAT AMB-L1612-160

Heavy-Duty Structure for Long Service Life

Mortise-and-tenon box frame Modular assembly for easy maintenance Reinforced welded structure for industrial reliability

Wear-Resistant Chamber with Cutting Blades

Anti-abrasion steel plates extend chamber life Optional edge knives cut long scrap into controlled lengths Enhances baling efficiency for bulky material

High-Performance Hydraulic System

Cartridge-type hydraulic valve blocks for fast response H-type tapered fittings prevent leakage UK Hallite sealing rings ensure durability and long-term stability

Industrial Cooling System for 24/7 Operation

Dedicated chiller keeps hydraulic temperature stable Selectable “constant temperature” or “ambient sync” modes Supports multi-shift, high-intensity working environments

Siemens / Schneider PLC Intelligent Control

Touchscreen or button control panel Real-time monitoring of current, temperature, and system status Automatic alarms and easy-diagnosis programs Customizable compression cycles for different scrap types