ENERPAT Dual Ram Plastic Baler for Sale | Auto Tie Scrap Yard Baler

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ENERPAT Dual Ram Plastic Baler for Sale
Also called a plastic compactor machine, scrap yard baler, dual ram baler, or twin ram baler with auto tie.

Handling high volumes of plastic scrap—film, PET bottles, rigid parts, purgings, or mixed plastics—quickly creates problems. Material builds up, takes over floor space, and refuses to stack. Loose plastic means more loads, higher freight costs, and extra work for your team.

The ENERPAT twin ram plastic baler solves this by compressing loose plastic into dense, square bales and tying them automatically in one continuous cycle. There’s no need for a separate tying step or additional handling. Its dual ram design minimizes spring-back, keeping bales tight, uniform, and easy to stack. Built for continuous operation, it delivers steady performance in recycling plants and scrap yards.

Key Specifications

Main ram force: 163 US tons (148 metric tons)
Cycle time: ≤15 seconds (empty)
Bale size: 62 × 47 × 31 inches
Motor power: 73.8 hp (55 kW)
Hydraulic pressure: 4061 psi (28 MPa)

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Challenges & Solutions

Product Details

Technical Specifications

Design Concept

Watch It Work: Real Output, Automatic Bundling

Key Challenges & ENERPAT Solutions

Recycling plants and scrap yards deal with large volumes of plastic waste every day—film, PET bottles, rigid plastics, purgings, and mixed scrap. While volume looks good on paper, loose material takes up space, moves inefficiently, and slows operations. The ENERPAT dual ram plastic baler for sale is designed to solve these everyday problems.

Bulky plastic, low density, high transport cost
Loose plastics—especially film and mixed rigid scrap—fill trailers quickly but carry little weight. That means more trips and higher freight costs.
ENERPAT solution:
This twin ram baler compresses plastic into dense, heavy bales, helping you load more per truck. As a plastic compactor machine, it reduces transport costs and frees up valuable floor space.
Bale spring-back after compression
Plastic tends to expand after pressing. With standard machines, bales lose shape, making them hard to stack or unacceptable to buyers.
ENERPAT solution:
This auto tie horizontal baler compresses and ties in one continuous cycle. The bale is secured under pressure before it can expand, resulting in tight, square, stackable bales.
Continuous operation puts stress on equipment
High-throughput operations require machines that can run all day. Weak frames and undersized hydraulics often lead to failures and downtime.
ENERPAT solution:
A reinforced structure and industrial-grade hydraulic system make this dual ram baler suitable for continuous use, with stable performance shift after shift.
Mixed plastic causes feeding issues
Film wraps, rigid scrap bridges, and uneven feed can interrupt production and reduce efficiency.
ENERPAT solution:
The guided chamber design and smooth twin-ram action keep material moving consistently. This scrap yard baler handles mixed plastic streams with fewer interruptions.
Manual tying slows production and adds risk
Hand tying wire is time-consuming and puts operators close to moving parts.
ENERPAT solution:
The integrated auto tie system handles feeding, knotting, and cutting automatically. No manual handling required—faster operation and improved safety.
Spare parts delays disrupt production
Waiting for replacement parts can bring operations to a halt.
ENERPAT solution:
With readily available spare parts and global support, this plastic baler for sale helps minimize downtime and keeps your line running.

Material Testing

Built for plastic scrap. Made for dense bales. Ready to run all day.

This dual ram baler turns loose plastic waste—film, bottles, hard scrap, and mixed rejects—into tight, uniform bales with automatic tying. Less hauling, more payload, and a line that keeps moving without hand‑holding.

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Product Details

Reinforced frame with replaceable wear liners

Built from heavy welded steel, not light-gauge construction. High-wear zones—feed opening, chamber, and hopper edges—are protected with replaceable liners. Even plastic scrap wears surfaces over time. Liners extend service life and simplify maintenance.
Dual-cylinder high-pressure compression

This dual ram baler uses twin hydraulic cylinders with an assist ram for final compaction. It turns loose plastic—film, PET bottles, rigid plastics, and mixed scrap—into dense, square bales. Strong compression controls spring-back, so bales stay tight and stackable.
Siemens PLC control system

User-friendly touchscreen with Siemens PLC control. Set parameters once and let the auto tie horizontal baler run continuously. Save presets for different materials—film or rigid plastic—without constant adjustment.
Efficient hydraulic system

Optimized hydraulic flow reduces idle motion and keeps cycles fast and responsive. Delivers strong compression with lower energy use. Designed for long shifts in recycling plants and scrap yard baler applications.
Automatic tying and discharge

The plastic compactor machine completes tying in the same cycle—wire feeding, knotting, and cutting are fully automatic. No manual tying. Finished bales are discharged directly to a pallet or conveyor, with left or right exit options to fit your layout.

Technical Specifications

ENERPAT Dual Ram Plastic Baler for Sale

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

Most operators don’t look for a plastic baler for sale until plastic scrap starts taking over. Film, bottles, and rigid plastics pile up fast, fill the yard, and refuse to stack. Trucks leave underloaded, and handling costs keep climbing.

ENERPAT developed this dual ram baler around real recycling conditions. Mixed plastic streams bring two constant challenges—spring-back after compression and machines that struggle to keep running under long shifts. A plastic compactor machine needs to deliver consistent output, not just compression force.

This auto tie horizontal baler is built as a complete working system. The twin ram baler design keeps bales tight and stackable, the reinforced frame handles daily use, and the PLC-controlled hydraulics keep cycles fast and stable. As a scrap yard baler, it turns loose plastic into dense bales that load better, ship fuller, and keep operations moving.

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Customer Sites

Ready to turn bulky plastic waste into high-density bales?

Join recycling centers and scrap yards that slash freight costs, boost reclaimed plastic value, and run cleaner, more efficient operations. Get your ENERPAT dual ram plastic baler quote — or request an on‑site engineering consultation.

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Why Choose Us

Global Installation & Support

We provide overseas installation guidance, commissioning, and operator training to ensure stable startup. Spare parts supply and remote support help maintain continuous operation of your plastic baler for sale with minimal downtime.
Twin-Ram Compression System

The dual ram baler delivers balanced compression for plastic scrap such as film, PET bottles, and rigid parts, forming dense bales with reduced spring‑back and stable shape.
Certified Industrial Quality

Built under ISO standards and CE certification, the system integrates Siemens PLC, Schneider electrics, and durable sealing components for stable heavy‑duty operation on any scrap yard baler.
Flexible Line Integration

Designed for connection with shredders, conveyors, and sorting systems, enabling smooth flow in plastic processing lines and recycling center operations

FAQ

Q1: What bale density do plastic reclaimers usually require?

Requirements depend on material type and buyer, but typical targets are fairly consistent: PET bottles around 450–550 kg/m³, plastic film about 350–450 kg/m³, and HDPE containers up to 600–700 kg/m³ after compression. Higher density improves truck loading efficiency and reduces transport cost per ton. This dual ram plastic baler for sale is designed to reach these levels with stable, repeatable compression.
Q2: Why do plastic bales expand after pressing?

Plastic materials like film, PET, and rigid plastics naturally rebound after compression. With single-ram systems, this “spring-back” can loosen the bale after tying. A plastic compactor machine with a twin ram design applies balanced pressure and holds it through the auto tie cycle, helping bales stay tight and stable during storage and transport.
Q3: What materials can this plastic baler for sale process?

It handles most common recyclable plastics, including PET bottles, HDPE and PP containers, LDPE/LLDPE film, stretch wrap, shrink film, purgings, and mixed plastic scrap. As long as contamination like oil, food waste, or excess moisture is controlled, the system feeds and compresses material consistently without bridging or blockage.
Q4: How automated is the auto tie horizontal two ram baler, and how many operators are needed?

Once set up, the system runs continuously under Siemens PLC control. Feeding, compression, tying, and discharge are fully automated. No manual strapping is required. In most recycling yards, one operator is enough to monitor the line, especially when paired with a conveyor feed system.
Q5: Is it suitable for long shifts, and what maintenance is required?

Yes. The machine is built with a heavy welded frame and reinforced wear zones with replaceable liners. Routine maintenance is straightforward—mainly hydraulic oil checks, seal inspection, and liner replacement when needed. Designed for continuous operation in demanding scrap yard environments.
Q6: Can this scrap yard baler connect to existing recycling lines?

It integrates easily with upstream equipment such as shredders, conveyors, and sorting systems. Finished bales can be discharged to pallets or conveyors, with left or right exit options available to match plant layouts without major modification.
Q7: How reliable is the automatic tying system? What consumables does it use?

The auto tie system completes wire feeding, knotting, and cutting in one cycle. Steel wire is commonly used for strength and cost efficiency, while PET strapping is optional for cleaner handling. The system is designed for consistent, repeatable bale securing with minimal intervention.
Q8: What regulations apply to plastic recycling operations?

Plastic recycling facilities must follow local environmental and waste management regulations. For international trade, the Basel Convention Plastic Waste Amendments require prior informed consent (PIC) for most cross-border shipments and emphasize environmentally sound handling. Many buyers also reference bale quality guidelines such as APR recommendations for PET, HDPE, PP, and film to ensure acceptance in global markets.
Q9: What is the typical return on investment for a twin ram plastic baler?

ROI varies by throughput and logistics costs, but improved bale density, fewer transport trips, and reduced manual labor often lead to a payback period of roughly 12–18 months in active recycling operations.
Q10: Can it work with shredders and sorting systems upstream?

Yes. The system is designed for full-line integration. It works alongside shredders, sorting units, and conveyors, receiving material directly and producing finished bales without manual handling—supporting a continuous recycling workflow.