ENERPAT Twin Ram Copper Wire Baler | Copper Scrap Baling Machine

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ENERPAT Twin Ram Copper Wire Baler
Also known as: copper scrap baler, non-ferrous baling machine, two ram copper recycler, scrap metal baling press.

Handling large volumes of loose copper wire, bare bright or tinned cable, and mixed copper clips? The natural spring-back of copper quickly takes over your floor space, makes storage harder to manage, and drives up transport costs. ENERPAT’s Twin Ram Copper Wire Baler compresses low-density, resilient scrap into dense, uniform bales—cutting volume by up to 85% and helping you get more value out of every load.、

Key Advantages
✔ Lower Labor Costs – Automated baling reduces the need for manual handling of loose copper wire.
✔ Lower Transport Costs – High-density bales mean fewer truckloads and more copper per shipment.
✔ Higher Selling Value – Dense, uniform copper bales achieve better pricing from smelters and mills.
✔ Safer Working Environment – Eliminates tangled wire piles and reduces trip hazards on the floor.
✔ Reduced Fire Risk – Limits buildup of fine copper particles and loose scrap.
✔ Continuous Workflow – Twin ram design supports steady feeding and uninterrupted operation.

Copper Wire Baler

Twin Ram Baler

Copper Scrap Baler

Non Ferrous Baler for Sale

Two Ram Baler

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Video

Challenges & Solutions

Product Details

Technical Specifications

Design Concept

Watch the ENERPAT Twin Ram Copper Wire Baler in action.

Key Challenges & ENERPAT Solutions

The ENERPAT Twin Ram Copper Wire Baler is designed for real-world copper recycling operations. It processes loose copper wire — bare bright copper, tinned cable, chopped clips, turnings, and tangled scrap — into dense, stackable bales. Cleaner yards. Lower freight costs. Consistent output.
Below are the common issues copper processors face — and how this copper wire baler solves them.

Low Bulk Density Drives Up Space and Transport Costs
Loose copper wire carries high value but extremely low density. Bare bright copper and stripped cable take up excessive space per ton, forcing more truckloads and cutting into margins.
ENERPAT Solution – High-Density Output with a Twin Ram Baler
The ENERPAT two ram baler delivers up to 163 US tons of compression force, producing compact, high-density bales. More copper per load means fewer shipments — often improving transport efficiency by up to 3× and reducing freight costs significantly. This copper scrap baler quickly pays back through logistics savings.
Spring-Back Causes Loose, Low-Grade Bales
Copper wire and granules tend to trap air during compression. With standard equipment, bales expand after pressing, leading to loose structure, breakage, and price deductions from smelters.
ENERPAT Solution – Anti-Bounce Control for Stable Bales
The twin ram baler applies staged compression and sustained pressure to release trapped air before final compaction. The result is tight, uniform bales that hold their shape during handling and transport — meeting smelter requirements and improving resale value.
Abrasive Material Wears Out Standard Machines
Copper wire is tough and abrasive. Continuous processing can quickly wear down chambers and components in a typical scrap metal baling machine, causing downtime and maintenance issues.
ENERPAT Solution – Heavy-Duty Construction for Long Runs
The ENERPAT Twin Ram Copper Wire Baler features a reinforced structure with optional Hardox liners and wear-resistant steel. Built for continuous operation, this non ferrous baler for sale is engineered to handle high-throughput copper processing without frequent repairs.
Mixed Copper Scrap Causes Jams
From tangled wire to chopped cable and turnings, copper scrap varies widely in shape and size. Single-ram systems often struggle with uneven feeding, leading to blockages and interruptions.
ENERPAT Solution – Smooth Feeding with Dual-Ram Design
The ENERPAT two ram baler uses synchronized ram movement to guide material evenly into the chamber. No bridging, no hang-ups — just steady, reliable operation across a wide range of copper scrap types.
High Labor Input Slows Production
Traditional balers require constant manual feeding, monitoring, and clearing. Labor costs rise, while productivity suffers.
ENERPAT Solution – Automated Copper Scrap Baler
PLC-controlled operation automates the full cycle — feeding, compression, and ejection. One operator can manage the process, reducing labor while keeping throughput high. A modern copper wire baler should streamline your workflow, not slow it down.
Wire Entanglement and Material Build-Up
Long copper wires can wrap around internal components, while fine particles stick to chamber walls, affecting performance over time.
ENERPAT Solution – Optimized Chamber Design
An optimized chamber with anti-stick treatment reduces wire tangling and material adhesion. Combined with smooth ram movement, the twin ram copper wire baler keeps material flowing cleanly through each cycle.
Spare Parts Delays Disrupt Operations
Downtime caused by unavailable parts can quickly impact production and revenue.
ENERPAT Solution – Global Support Network
Key components for the ENERPAT scrap metal baling machine — including seals, wear plates, and hydraulic parts — are stocked and shipped through global service channels, ensuring your copper scrap baler stays up and running.

Material Testing

Built for copper wire scrap. Built to bale at scale.

A proven two ram copper wire baler for serious recyclers — and a powerful non-ferrous baler that delivers results every cycle.
ENERPAT dual ram baler — built for output. Contact us today.

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Product Details

Reinforced Frame & Wear Protection

Built on a heavy-duty reinforced steel frame for continuous copper wire processing. Replaceable wear liners in high-impact zones protect against abrasion from hard copper edges and mixed scrap. Extends service life in demanding copper recycling environments.
Dual-Ram High-Pressure Compression

The ENERPAT dual ram baler delivers powerful synchronized compression from both sides, producing tight, stable copper bales with strong structural integrity. No spring-back. Consistent density. Ideal for loose copper wire, cable scrap, and mixed non-ferrous materials.
Smart PLC Control System

Siemens PLC with HMI touchscreen for simple operation and fast parameter changes. Different copper grades or feeding conditions? Switch settings in seconds. Fully automatic operation with minimal operator input.
Optimized Hydraulic Cycle Performance

Fast hydraulic response with a balanced cycle design that maintains full compression force. Short cycle times keep throughput high, even when handling bulky or light copper wire scrap. Stable performance under continuous load.
Automated Baling & Ejection System

From compression to bale ejection, the full cycle runs automatically. Adjustable discharge direction fits different plant layouts. Less manual handling, smoother workflow. A practical solution for high-volume copper wire recycling operations.

Technical Specifications

Twin Ram Copper Wire Baler

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

It rarely starts with someone searching for a baler. It starts with copper wire piling up faster than it can be moved — space filling, trucks leaving half-loaded, and loose cable refusing to stay compact.

That’s exactly the problem the ENERPAT twin ram copper wire baler is built to solve. Designed around real recycling yard conditions, it handles mixed copper scrap with ease — from clean wire to tinned cable, chopped strands, and tangled offcuts — while addressing everyday challenges like spring-back, irregular shapes, and nonstop production demands.

Dual-cylinder compression delivers up to 163 tons of force, producing dense, stable bales ready for transport. Siemens PLC control keeps operation fully automatic, while a stable hydraulic system ensures consistent performance under continuous load. In the end, loose copper turns into compact, stackable bales that move smoothly through the recycling chain.

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Customer Sites

Ready to turn loose copper wire scrap into dense, stackable bales?

Join copper recyclers and smelters who are cutting freight costs, increasing value per ton, and running cleaner, more efficient yards. Get your ENERPAT Twin Ram Copper Wire 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 get your copper wire baler running quickly. Spare parts and remote support help keep your copper baler online with minimal downtime.
Twin-Ram Compression System

The ENERPAT twin ram baler delivers balanced high-pressure compression for copper wire scrap, forming dense bales with strong shape stability and reduced spring-back.
Certified Industrial Quality

Built to ISO and CE standards with Siemens PLC, Schneider electrics, and heavy-duty sealing systems. Designed for reliable continuous operation in demanding copper recycling environments.
Flexible Line Integration

Easily integrates with shredders, conveyors, and sorting systems. Ensures smooth material flow in copper processing lines and adapts well as a high-efficiency non-ferrous baler.

FAQ

Q1: What bale density can a copper wire baler achieve, and will smelters accept it?

Density is critical in copper trading. A twin ram copper wire baler compacts loose wire into dense, uniform bales with minimal voids, improving stacking stability and reducing oxidation during transport and melting. Most smelters and mills prefer well-formed copper bales as long as material is clean and properly graded. Higher density usually means smoother acceptance and better pricing.
Q2: What types of copper scrap can this baler process?

A copper wire baler is designed for a wide range of compressible copper scrap — loose wire, stripped cable, chopped conductors, copper turnings, and mixed light copper materials. It is not intended for solid copper blocks or heavy cast parts. If it’s flexible or loose, it can typically be baled.
Q3: How does the machine handle spring-back in copper wire?

Copper wire has strong rebound characteristics. The ENERPAT twin ram baler applies synchronized dual-side compression with controlled pressure holding, allowing trapped air to escape before final compaction. The finished bale is secured with wire tying for added stability, helping it keep shape during stacking, storage, and transport.
Q4: Is a copper wire baler difficult to maintain?

No. Routine maintenance mainly involves hydraulic oil checks, seal replacement, and wear liner inspection. With normal operation, maintenance cycles are predictable and straightforward. Wear parts are designed for easy replacement to minimize downtime.
Q5: What level of automation does this scrap metal baling machine use?

The system uses Siemens PLC-based control with preset programs for different copper scrap conditions. Once configured, the twin ram baler runs automatically through feeding, compression, and ejection with minimal operator input.
Q6: How many operators are required?

Typically one operator is enough for standard operation. In automated setups with conveyors or shredding lines, the copper scrap baler can run as part of a continuous system with very limited manual handling.
Q7: How does baling improve copper transport efficiency?

Loose copper wire contains a lot of trapped air, which reduces payload per truck. After baling, density increases significantly, allowing more copper per shipment and reducing total transport cycles and freight cost.
Q8: What compliance or operational requirements should be considered?

Copper recycling operations must follow local safety and environmental regulations, including hydraulic system safety, fire prevention, and dust control. For export markets, smelter specifications on copper grade and contamination levels must also be met.
Q9: What is the typical ROI of a copper wire baler?

ROI depends on throughput, labor reduction, and freight savings. Most operators recover investment through reduced transport costs and improved handling efficiency, especially in high-volume copper recycling operations.
Q10: Can this non-ferrous baler be integrated into a recycling line?

Yes. The ENERPAT twin ram baler integrates easily with shredders, conveyors, and sorting systems, making it suitable for continuous copper processing lines with flexible discharge and layout options.