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Our equipment is engineered for the unique challenges of non-ferrous metal waste streams. From aluminum and copper scrap to mixed non-ferrous materials, these solutions reduce volume, remove residual fluids, and improve safety while lowering operating costs.

Horizontal Balers

For high-volume operations, horizontal balers—including auto-tie, closed-door, and two-ram models—process aluminum cans, copper wire, and mixed non-ferrous scrap. Built for continuous duty cycles and maximum throughput.

Vertical Balers

Perfect for aluminum cans, siding, and other light non-ferrous metals. Heavy-duty vertical balers deliver dense, market-ready bales for efficient transport and recycling.

Flatteners & Dewaterers

Engineered for high-value non-ferrous containers, EPC units flatten and dewater bottles, cans, and other materials to remove residual fluids and dramatically reduce volume. These systems improve material handling and help maximize recycling revenue.

Stationary Compactors

Stationary Compactors

When non-ferrous scrap is mixed with other waste, stationary compactors provide a cost-effective disposal solution. These units reduce hauling frequency, improve safety, and keep your operation running efficiently.

Self-Contained Compactors

Self-Contained Compactors

Designed for wet or fluid-bearing waste streams that include non-ferrous metals, self-contained compactors prevent leaks, contain fluids, and protect your workspace while reducing disposal costs.

Vertical Compactors

Vertical Compactors

Compact and efficient, vertical compactors are ideal for facilities with limited space that need reliable disposal solutions for mixed waste streams containing non-ferrous metals.

COMMOn Waste Types

UBC/Aluminum Beverage Cans

UBC/Aluminum Beverage Cans

  • High-volume stream from beverage facilities, grocery, and foodservice
  • Lightweight but bulky before processing; ideal for baling to reduce space and maximize recycling value
Aluminum Containers

Aluminum Containers

  • Includes trays, pails, and buckets used in foodservice and industrial settings
  • Require strong compaction or baling for efficient handling and transport
Light Aluminum Scrap

Light Aluminum Scrap

  • Offcuts, bent panels, and thin-gauge fabrications from manufacturing
  • Bale efficiently for easier handling and reduced storage space
Aluminum Wire & Radiators

Aluminum Wire & Radiators

  • Common in automotive and maintenance streams
  • Benefit from baling for secure transport and optimized recycling
Aluminum Turnings, Chips & Shavings

Aluminum Turnings, Chips & Shavings

  • Produced in CNC and machining operations, often oil-soaked
  • Require fluid recovery and volume reduction before recycling
Copper Scrap & Wire

Copper Scrap & Wire

  • Includes tubing, bus bars, and electrical wiring
  • High-value material that benefits from baling for secure transport and maximum recovery
Coated or Contaminated Aluminum

Coated or Contaminated Aluminum

  • Painted or laminated aluminum often mixed with other waste streams
  • Typically compacted for disposal rather than recycled

Recycling vs. Disposal

Recyclers

If you generate clean, consistent non-ferrous scrap such as UBC, aluminum panels, or copper wire, recycling is worth the effort because these materials hold tangible market value. Balers compress scrap into dense, market-ready bales, while flattening and dewatering systems reduce container volume and remove residual liquids for more efficient handling and downstream processing.

Recycling makes sense if:

  • You’re producing consistent, single-type aluminum or copper scrap
  • Your team can keep things clean and properly separated
  • You’ve got enough volume to make equipment investment worthwhile

Disposers

Not every operation can recycle profitably. If you’re dealing with oily chips, coated aluminum, mixed metals, or just low volumes, recycling economics don’t work for you. That’s okay. Your focus shifts to safe volume reduction, containment, and keeping costs down.

Consider disposing if:

  • Your waste streams are mixed or contaminated with oils
  • Sorting and separation aren’t practical for your operation
  • Getting waste out safely matters more than chasing recovery revenue

Key Consideration: Clean, separated aluminum and copper hold real value. Mixed or oily waste typically doesn’t. A quick look at your waste stream can show if you’re accidentally throwing away money by treating recyclables like garbage.

Manage
Non-Ferrous Waste Effectively

Aluminum and copper have genuine market value when properly processed. Our balers create dense, market-ready bales for efficient recycling, while high-compaction systems and compactors reduce volume and keep mixed streams under control. Whether your goal is revenue recovery or safe disposal, we deliver solutions that turn challenges into measurable results.

Manage Non-Ferrous Waste Effectively

Don’t see a solution for your non-ferrous metal waste needs?

No two operations are the same. Our team of experts will work with you to understand your application and recommend the best solution.

Benefits

Material Recovery & Revenue

Turn aluminum and copper scrap into real value. Our balers create clean, dense bales for resale, and flatteners reduce container volume and remove liquids to improve processing so you capture maximum market return.

Safer Operations

Contain sharp edges and abrasive scrap to reduce injury risk and meet OSHA standards. Our equipment is engineered to keep your team safe while improving workflow efficiency.

Cleaner, More Efficient Facilities

Reduce clutter and eliminate loose scrap that blocks aisles or creates hazards. Compact, organized loads free up space and keep your operation running smoothly.

Fluid Disposal for Compliance

Remove residual liquids from containers and oily chips during compaction. Dewatering ensures environmental compliance and cleaner recycling streams.

Fewer Hauls, Lower Costs

High-volume non-ferrous waste costs more when transported loose. Proper compaction and baling dramatically reduce haul frequency, cut transportation costs, and improve your bottom line.

MACHINEs & MODELs

Horizontal Balers

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Vertical Balers

Vertical Balers

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Flatteners & Dewaterers

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Stationary Compactors

Stationary Compactors

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Self-Contained Compactors

Self-Contained Compactors

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Vertical Compactors

Vertical Compactors

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FAQs

Non-ferrous metals include aluminum, copper, and other alloys that don’t contain iron. Common examples are beverage cans (full or used), aluminum panels, copper wire, and machining chips.

Clean, separated aluminum and copper holds significant market value. Recycling turns waste into revenue, while disposal adds cost without return.

Vertical balers work well for lower volumes, while horizontal balers (auto-tie, closed-door, or two-ram) are ideal for high-volume UBC streams.

Yes. Our dewatering augers process containers and oily chips, removing residual fluids for compliance and cleaner recycling.

When segregation isn’t practical, stationary, self-contained, or vertical compactors provide safe, cost-effective disposal solutions.

Not always. Our team starts with proven solutions like balers, bottle/can flattening (EPC) units, and compactors. If your application requires something unique, we’ll guide you through options.

Balers produce dense, market-ready bales, and EPC units flatten containers for significant space savings. Compactors reduce mixed waste volume by up to 4:1 or more.

Our equipment contains the sharp, abrasive scrap, reducing injury risk and helping you maintain OSHA compliance.

If you generate consistent, clean aluminum or copper scrap in sufficient volume, recycling typically delivers strong ROI. Mixed or contaminated streams often favor disposal.

Yes. We provide flexible financing, leasing, and rental options to help you manage capital costs while upgrading your waste handling systems.

Absolutely. Our systems are designed to fit seamlessly into your current processes, and we can offer accessories like conveyors and loading solutions for a smooth integration.

Volume, material type, contamination level, and available space all play a role. Our experts help you evaluate these factors to ensure you select the most efficient solution.