Dual Ram Steel Baling Machine | Steel Scrap Baler

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ENERPAT Dual Ram Steel Baling Machine
Also known as a two ram baler, steel scrap baler, steel compactor, scrap stainless steel baler, ferrous baling press, etc.

If you’re dealing with large volumes of scrap steel—such as structural beams, rebar, shredded car bodies, turnings, and stainless steel—you know how quickly loose material can overwhelm storage space and create inefficiencies in handling and transport. Low bulk density leads to more truckloads, higher logistics costs, and slower yard operations.

The ENERPAT Dual Ram Steel Baling Machine is built for high-capacity ferrous processing, compressing loose scrap into dense, uniform bales through a powerful twin-ram system. It reduces material volume significantly, improves stacking and loading efficiency, and helps lower overall transport cost per ton. The dual-ram design ensures strong compaction with reduced spring-back, delivering stable bale shape even for tough materials like rebar and stainless steel. With fully automatic operation, it supports continuous, efficient production for scrap yards, steel mills, and large-scale recycling facilities.

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Video

Challenges & Solutions

Product Details

Technical Specifications

Design Concept

Watch the ENERPAT Dual Ram Steel Baling Machine in action.

Key Challenges & ENERPAT Solutions

The ENERPAT Dual Ram Steel Baling Machine is designed to solve key challenges in high-volume steel recycling by converting loose ferrous scrap into dense, uniform bales that are easier to store, transport, and sell. By improving material density, reducing handling inefficiencies, and supporting continuous automated operation, it helps lower logistics costs, stabilize bale quality, and increase overall yard productivity in demanding recycling environments.

Challenge: High Transport Cost from Low-Density Scrap
Loose scrap steel—such as light gauge sheet, shredded vehicles, and turnings—occupies large volume but delivers low payload per truck, increasing shipping frequency and cost.
ENERPAT Solution: Higher Density, Lower Freight Cost
The dual-ram compression system forms compact, heavy bales that significantly improve loading efficiency. By maximizing material per shipment, operators can reduce transport cycles and overall logistics cost while improving yard throughput.
Challenge: Poor Bale Quality Affects Selling Price
Inconsistent or loose bales may not meet mill expectations, resulting in price deductions or rejection due to unstable furnace performance and inefficient melting.
ENERPAT Solution: Stable, Mill-Ready Bales
The coordinated twin-ram design produces tightly formed, uniform bales with reduced spring-back. This improves stacking stability, melting efficiency, and helps maintain consistent scrap grading for better market acceptance.
Challenge: Equipment Downtime Disrupts Production
Older balers often suffer from hydraulic issues, seal wear, and structural fatigue, leading to unplanned shutdowns and higher maintenance costs.
ENERPAT Solution: Heavy-Duty Design for Continuous Operation
Built with industrial-grade hydraulic and electrical components, the system is engineered for stable multi-shift performance. Reinforced structure ensures durability under continuous ferrous scrap processing conditions.
Challenge: Material Blockage and Operational Interruptions
Irregular scrap shapes such as tangled rebar or long steel pieces can cause jams, slowing down production and increasing manual intervention.
ENERPAT Solution: Smooth Flow, Anti-Jam Structure
A well-guided compression chamber and synchronized ram movement help reduce material bridging and blockage risk, keeping material flow consistent and operation stable.
Challenge: High Labor Requirement and Low Efficiency
Manual operation limits throughput and increases dependency on skilled operators, especially in high-volume yards.
ENERPAT Solution: Automated, Easy-to-Run System
PLC-based control enables automated cycling with simple parameter settings for different scrap types. This reduces operator workload while maintaining consistent production output.
Challenge: Slow Spare Parts Supply
Delays in replacement parts can extend downtime and disrupt continuous operations.
ENERPAT Solution: Responsive Global Support System
A structured spare parts supply network ensures key components are available and delivered efficiently, helping minimize downtime and maintain production continuity.

Material Testing

Built for steel. Designed to bale. Engineered for high-volume.

With powerful pressing force, this heavy-duty baler turns large volumes of scrap steel into uniform, high-density bales — cutting handling costs by up to 90% and maximizing throughput. Let’s optimize your scrap steel processing.

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Product Details

Reinforced Structure for Heavy Operation

Built with a strengthened frame for continuous heavy-duty use, the machine features replaceable wear liners in high-contact zones. This protects key components from abrasion and impact, ensuring stable performance and long service life even with harsh scrap materials.
High-Force Dual Compression System (148T Output)

Synchronized twin rams deliver strong, balanced compression, supported by auxiliary pushing and locking forces. This multi-stage pressure system tightly compacts scrap steel, reducing rebound and producing dense, stable bales for easier handling and transport.
PLC Automation with Touchscreen Control

A Siemens PLC combined with an intuitive HMI screen enables fully automatic operation. Pre-set material programs simplify setup, allowing operators to run the full cycle with minimal input while maintaining consistent and safe performance.
Efficient Hydraulic Design for Faster Cycles

Optimized hydraulics improve response speed and reduce energy waste. Fast cycle operation enhances throughput, while efficient flow control helps maintain strong compression performance with lower operating costs.
Automated Baling & Discharge System

The machine completes compression, tying, and bale discharge in a continuous workflow. Flexible ejection direction supports different layout needs, reducing manual handling and enabling smoother, more automated production.

Technical Specifications

Dual Ram Steel Baling Machine

Model	Two-Ram Baler
Hopper Size (in)	79 × 59
Bale Opening Size (in)	71 × 59
Bale Size (in)	62 × 47 × 31
Cycle Time	≤15 seconds (empty)
Hydraulic Pressure (psi)	4061
Motor Power (hp)	73.8
Dimensions (in)	295 × 192 × 128
Main Ram Force (US tons)	163
Pusher Ram Force (US tons)	97
Door Lock Force (US tons)	47

Design Concept & Product Story

You don’t usually start by searching for a two ram baler—you start with a growing problem: scrap steel piling up faster than it can be moved, yard space getting tighter every week, and trucks leaving underloaded because loose material simply doesn’t hold its shape.

That’s exactly the reality the ENERPAT Dual Ram Steel Baling Machine was designed around. Instead of treating it as just another steel scrap baler, we built it based on real working conditions in scrap yards and steel processing plants—mixed ferrous streams, from heavy beams and rebar to tangled wire, oily turnings, and stainless steel scrap, plus the constant challenge of material spring-back and nonstop production demands.

What emerged is more than a single machine. With a dual-cylinder compression layout for balanced force, a structure designed to resist deformation under continuous load, Siemens PLC one-touch automation, and a fast, energy-efficient hydraulic system with automatic strapping and flexible discharge, this steel compactor becomes a core part of the operation. It doesn’t just compress scrap—it turns low-density, difficult material into stable, high-density bales that improve transport efficiency and help unlock more value from every shift.

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Customer Sites

Ready to turn bulky scrap steel into high-density bales?

Join scrap yards and steel mills that cut freight costs, improve scrap value, and run cleaner, more efficient operations. Get your ENERPAT Dual Ram Steel Baling Machine quote or request an on-site engineering consultation.

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Why Choose Us

Global Installation & Support

We offer overseas installation guidance, on-site commissioning, and operator training to ensure smooth startup. Fast spare parts supply and remote support help keep your steel baler running with minimal downtime.
Patented Twin-Ram Technology

Our dual-ram system delivers strong, balanced compression with excellent anti-spring-back performance, forming dense, stable bales from rebar, beams, and stainless steel scrap.
Certified Industrial Quality

Built under ISO standards and CE certification, with Siemens PLC, Schneider electrics, and Hallite seals to ensure safe, stable, 24/7 heavy-duty operation.
Flexible Line Integration

Designed to connect easily with shredders, conveyors, separators, and weighing systems, enabling a complete and efficient ferrous recycling line.

FAQ

Q1: What bale density can a steel scrap baler achieve, and will mills accept it?

Bale density is one of the key factors in ferrous scrap trading and furnace performance. Loose steel scrap often contains air gaps and irregular shapes, which reduce charging efficiency in steelmaking. A dual ram steel baling machine compacts materials into high-density, uniform blocks that improve stacking stability and melting efficiency.
Well-formed bales are typically aligned with common mill requirements for furnace feedstock, especially for rebar, structural scrap, and shredded steel. Higher density also helps reduce oxidation loss during melting and improves buyer confidence in shipment consistency.
Q2: What types of steel scrap can a two ram baler handle?

A steel scrap baler / steel compactor is designed for a wide range of ferrous materials, including structural beams, rebar, stamping scrap, shredded car bodies, steel turnings, and stainless steel scrap. Even mixed or irregular scrap streams can be processed, making it suitable for demolition yards, machining workshops, and steel recycling plants.
Q3: How does the machine reduce spring-back in elastic scrap?

Spring-back is a common issue when compressing rebar, alloy steel, and stainless steel. The dual-ram compression structure applies multi-directional force, locking the material from both sides during compaction. This reduces rebound after pressure release, ensuring the bale remains tight, stable, and easy to stack or transport.
Q4: Is steel baling equipment difficult to maintain or prone to oil leakage?

Modern two ram balers are designed with industrial hydraulic sealing systems, reinforced pipelines, and protected oil circuits. Regular maintenance mainly includes hydraulic oil checks, filter replacement, and wear liner inspection. High-quality sealing components significantly reduce leakage risk and ensure stable long-term operation in harsh scrap environments.
Q5: Do I need permits or compliance approval for scrap metal baling operations?

In many regions, scrap metal processing is regulated under environmental and recycling compliance frameworks. For example, operators may need to follow guidelines such as US EPA scrap recycling regulations, EU Waste Framework Directive (2008/98/EC), or local environmental permits for waste handling and emissions control. A steel scrap baler helps support compliance by improving material handling efficiency and reducing loose scrap storage risks.
Q6: Is the dual ram baler fully automatic, and how many operators are needed?

Most modern steel compactor systems use PLC automation for continuous cycling. Once parameters are set, the machine can run automatically through feeding, compression, and discharge. Typically, only 1–2 operators are required depending on line configuration, significantly reducing labor dependency in high-throughput yards.
Q7: How much can I reduce transportation costs with baled steel scrap?

By compressing loose scrap into dense bales, truck utilization is significantly improved. Instead of transporting low-density bulk material, operators can load more weight per shipment. In many real-world applications, this results in fewer truckloads, improved logistics efficiency, and noticeable reductions in per-ton freight costs.
Q8: Can mixed or contaminated scrap be processed directly?

Yes. A steel scrap baler can handle mixed ferrous streams, including light contamination such as oil residue, dust, or mixed grades. However, for higher-value markets, pre-sorting is recommended to meet stricter mill grading standards and maximize resale value.
Q9: What is the typical ROI for a scrap steel baling machine?

ROI depends on material type, throughput, and logistics structure. Most users achieve return through reduced transport cost, higher payload per shipment, and improved scrap pricing due to better bale quality. Additional savings come from reduced storage space and improved yard efficiency.
Q10: Can the baler be integrated into a full recycling line?

Yes. The dual ram steel baling machine can be integrated with shredders, conveyors, magnetic separators, weighing systems, and automated sorting lines. This allows construction of a complete ferrous recycling system, improving throughput, automation level, and overall plant efficiency.