ENERPAT

Two Ram Baler

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Two Ram Baler

Name: Two Ram Baler
Brand: ENERPAT
Rating: 5.0 (28 reviews)

The ENERPAT Two Ram Baler is a heavy-duty, fully automatic horizontal baling press machine for high-volume waste such as cardboard, waste paper, plastic bottles, woven bags, aluminum cans, and industrial waste.
A 148-ton main ram compresses material into dense, uniform bales and breaks the spring-back of elastic materials like plastics and mattresses, while a dedicated 88-ton ejector ram pushes each finished bale out through the side. With a no-load cycle time of 15 seconds and a 2000*1500 mm loading hopper, it keeps up with continuous, high-volume feeding.

Why ENERPAT Two Ram Baler:

148-ton main ram, tight bales even on high-rebound materials
Cycle time of 15 seconds or less, fully automatic compress, tie, and eject
Imported automatic tying system, with tie wraps adjustable per material
Siemens/Schneider electricals, enclosed housing for lower noise and safer operation
1-year machine warranty, 5-year cylinder warranty

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Description

Details

FAQ

Specification

ENERPAT Two Ram Baler

The ENERPAT Two Ram Baler, also called a twin ram baler or dual ram baler, uses two independent rams with separate jobs. The main ram does the compressing, while the ejector ram clears the finished bale out through a side exit. That division of labor is what lets it deliver more consistent bales than a single-ram machine, especially on difficult materials like plastic film, bottles, and mattresses that tend to spring back after pressing.

Every step is automatic. An imported fully automatic tying system binds each bale, and the number of tie wraps can be set per material, so a bale of aluminum cans and a bale of cardboard can each be tied the way they need to be. The frame is high-strength welded steel, electrical components come from brands like Siemens and Schneider, and an enclosed housing cuts operating noise and reduces safety risks around moving parts.

If you're comparing two ram baler for sale options for a recycling center, transfer station, or manufacturing plant, this is built for that duty.

Operating Principle

Feeding: Material is loaded into the hopper by conveyor or loader.
Compression: The main ram compresses the material according to your pre-set pressure and stroke count.
Automatic Tying: Once the bale reaches the set length, the tying system automatically threads and twists the wire, using the number of wraps set for that material.
Ejection: The door opens, the ejector ram pushes the finished bale out through the side, and the machine resets for the next cycle. All automatically.

Material Testing

The 148-ton main ram is sized for materials that push back: a high compression force keeps bales tight after ejection, so they stay stackable and cost less to transport. Because the number of tie wraps is adjustable, one machine can run different materials through the day without compromising bale integrity.

Ready to boost your recycling efficiency? Contact ENERPAT today for a custom quote and technical layout designed for your specific facility.

Supported Materials:	Target Applications：
Waste paper and cardboard Woven bags Plastic bottles and other waste plastics Aluminum profiles and aluminum cans Industrial waste and general mixed waste	Material Recovery Facilities Beverage Can Recyclers Municipal Solid Waste Facilities Corrugated Box & Printing Plants PET Bottle Recovery Centers

Material Testing

5 Key Core Advantages

Heavy-Duty "Armor" Body

- High-strength steel plate, welded into a rigid frame built for continuous heavy loads
- Replaceable high-hardness wear liners in the compression chamber take the abrasion, so the frame will not be damaged
- Liners are modular and swap out easily. You replace a liner, not the machine
Dual-Cylinder Power

- 148-ton main ram compresses hard enough to break the "memory" of high-rebound materials like plastic and mattresses
- Dedicated 88-ton ejector ram pushes finished bales out cleanly through the side exit
- Imported fully automatic tying system, with tie wraps adjustable per material for consistently tight bales
One-Touch Management

- Smart PLC with a color touchscreen, real-time machine monitoring, and simple diagnostics
- Enclosed housing reduces noise and keeps moving parts safely out of reach
Energy-Efficient Hydraulics

- Fast cycles of 15 seconds or less with no load, without the massive energy bill
- Hydraulic circuit optimized for heat control and power efficiency
- International-brand hydraulic and electrical components (including Siemens and Schneider) for dependable uptime
Seamless Integration

- Choose left or right ejection to match your existing conveyor or floor layout
- Fully automated compress, tie, and eject sequence. No manual intervention between bales

FAQs

Q1: What makes a Twin Ram Baler better than a Single Ram Baler?

A: A Twin Ram Baler is much more versatile. It uses a dedicated ram to push the bale out through a side exit, allowing it to handle "difficult" materials (like plastic or tires) and create much denser, more consistent bales compared to a single-ram machine.
Q2: Can I use this machine for different materials on the same day?

A: Yes! Our PLC system stores pre-set "recipes." You can switch from baling cardboard to baling plastic bottles by simply selecting the material on the touchscreen; the machine automatically adjusts its pressure and settings.
Q3: How does the automatic tying system work?

A: Once the bale reaches the set length, the Twin Ram Baler automatically threads and twists the wire (usually 6 lines). This eliminates the need for manual tying, keeping your operators safe and your production line moving.
Q4: How durable are the wear parts?

A: We use high-hardness, replaceable liners in the compression chamber. Instead of the machine frame wearing down, only the liners take the hit. They are modular and easy to swap out, significantly extending the machine’s lifespan.
Q5: What kind of maintenance is required?

A: Routine maintenance involves checking hydraulic oil levels, greasing moving parts, and inspecting the wire-tier. Because we use top-tier global components, parts are easy to find and replace locally if needed.