Y81-125 Hydraulic Scrap Metal Baler | 125 Ton Metal Recycling Press

Description

The Y81-125 125 Ton Scrap Metal Baler is a factory-direct hydraulic metal recycling press designed for small-to-mid-scale scrap yards and recycling stations. It efficiently bales UBC aluminum cans, copper wire, light mixed scrap, thin sheet steel and more into compact blocks of 200×200–300×300 mm at 0.8–1 ton per hour (8–10 t/day).

Powered by a 15kW motor at 25MPa, the Y81-125 is available in manual, semi-automatic, and PLC automatic control modes — with an optional diesel engine for off-grid sites. No foundation is required, making installation fast and flexible.

Available in turn-out (side tilt) and push-out discharge configurations. CE & ISO certified. Get a quote within 48 hours.

125 Ton Hydraulic Scrap Metal Baler for Sale – Key Benefits

The Y81-125 is a 125 ton hydraulic scrap metal baler built for recycling businesses that need reliable, high-output performance without a complex installation. As a factory-direct hydraulic metal baler (125 ton), it combines a rugged steel frame, a proven hydraulic system, and flexible configuration options — all at a competitive price point that suits both startup scrap yards and established recycling operations.

Whether you run a small scrap yard or a mid-scale metal recycling facility, this 125 ton metal recycling press delivers consistent baling force with minimal downtime. CE and ISO certifications are available, and our team responds to every inquiry with a quote within 48 hours.

Key highlights at a glance:

• 125-ton maximum pressing force
• Bale output: 0.8–1 t/h (8–10 t/day)
• Bale size: 200×200 mm to 300×300 mm (customizable)
• Motor: 15kW | System pressure: 25MPa
• Manual / Semi-auto / PLC automatic control
• Turn-out or push-out discharge
• No foundation required — fast, flexible installation
• Optional diesel engine for off-grid operation
• CE certified | ISO compliant

Why the Y81-125 Is the Right Fit for Small Scrap Yards & Recycling Stations

Designed as a small scrap yard baler machine, the Y81-125 keeps a compact footprint while still delivering industrial-grade pressing force. It does not require a concrete pit or special foundation, which dramatically reduces site preparation costs. Operators at scrap collection stations, junkyard facilities, and light-industrial recycling sites consistently choose this model for its balance of output capacity, low maintenance requirements, and straightforward operation — making the Y81-125 125 ton scrap metal baler one of the most cost-effective entries into professional-grade metal recycling equipment.

Applications & Materials — UBC Cans, Copper Wire & Light Scrap

The Y81-125 125 ton scrap metal baler is engineered to handle a wide range of non-ferrous and ferrous light scrap. The list below covers the most common materials processed by this model. If your target material is not listed, contact us — we can advise on suitability or recommend an alternative configuration.

UBC Aluminum Can Baler Press (125 Ton)

One of the most common applications for this machine is baling used beverage cans (UBC). As a dedicated UBC aluminum can baler press, the Y81-125 compresses empty aluminum cans into dense, stackable blocks that are easy to transport and sell to smelters. The small bale size (down to 200×200 mm) makes it especially practical for sites with limited storage space. Output density is sufficient to meaningfully reduce freight costs per ton of aluminum recovered — making this 125 ton scrap metal baler the preferred choice for aluminum can recyclers of all scales.

Copper Wire Hydraulic Baler Press

For scrap copper recyclers, the Y81-125 125 ton scrap metal baler functions as an efficient copper wire hydraulic baler press. Loose copper wire — whether insulated or bare — is compressed into compact blocks that reduce volume, simplify weighing, and improve resale value. The 25MPa system pressure ensures sufficient force to bale even tangled or coated wire bundles consistently.

Light Mixed Scrap, Thin Sheet Steel & Stainless Trimmings

This machine handles a broad range of light mixed scrap metal, including:

• Thin sheet steel scrap — offcuts, stampings, and press scrap from manufacturing
• Stainless steel trimmings — kitchen equipment, sheet metal, and fabrication waste
• Aluminum extrusion scrap — offcuts from window and door frame manufacturing
• Light ferrous scrap — assorted low-density steel and iron pieces

For operations that process mixed loads daily, the ability to switch between materials without reconfiguration makes the Y81-125 a versatile choice as a light mixed scrap metal baler machine. Recycling stations across Southeast Asia, the Middle East, and Latin America rely on this 125 ton scrap metal baler for consistent daily mixed-load processing.

Aluminum Chips, Steel Turnings & Swarf (Suitable Conditions)

Under appropriate conditions — where chips are relatively dry and free of cutting oil — the Y81-125 can also process:

• Aluminum chips (as a secondary function for an aluminum chips hydraulic scrap baler)
• Steel turnings and machined swarf (functioning as a steel turnings baler machine)
• Swarf and shavings from CNC and lathe operations (swarf / shavings baler press)

Note: If your primary material is oily chips or fine metallic swarf, we recommend discussing the application with our technical team before ordering. A dedicated briquetting press or oil-separation system may produce better results and higher recovery value.

Key Specifications — 15kW, 25MPa, 200×200–300×300mm Bale

The following section details the core technical parameters of the Y81-125 125 ton scrap metal baler. All values listed below reflect the standard configuration; customized builds may vary — please confirm with our technical team at the time of inquiry.

Bale Size Options — 200×200 mm to 300×300 mm

The standard bale cross-section is 300×300 mm, with a customizable range down to 200×200 mm depending on the chamber configuration selected. This makes the Y81-125 suitable wherever a small bale scrap metal baling press is needed — whether for tight storage, specific buyer requirements, or downstream shredder feed specifications.

If you need a non-standard bale dimension, our engineers can adjust the pressing chamber during manufacture. Contact us with your target bale size before ordering as a customizable bale size hydraulic metal baler.

Parameter	Standard Value	Customizable Range
Bale cross-section	300×300 mm	200×200–300×300 mm
Bale length	Variable	Adjustable via feed volume

Output Capacity — 0.8–1 t/h (8–10 t/day)

The Y81-125 delivers a throughput of 0.8–1 ton per hour under normal operating conditions, which translates to 8–10 tons per day in a single-shift operation. This positions it firmly as a light duty scrap metal baler for small recycling plants and a practical compact scrap metal baler for 10 t/day operations.

Actual output varies depending on:

• Material type and bulk density
• Continuity of feed (manual loading vs. conveyor feed)
• Operator experience and cycle time management

For operations expecting consistent 10+ t/day throughput, we recommend discussing feed system options with our team.

Bale Weight Reference — 50–70 kg (Material Dependent)

Each finished bale typically weighs between 50 and 70 kg, making it manageable for manual handling or forklift loading. The exact bale weight of this 50–70 kg bale hydraulic scrap baler depends primarily on material density: UBC aluminum cans produce lighter bales than copper or steel sheet scrap at the same bale dimensions.

Electrical Options — Voltage, Frequency & Power Supply

The Y81-125 motor is rated at 15kW and can be configured for multiple power supply standards:

Voltage	Frequency	Common Markets
380V	50Hz	China, EU, most of Asia
400V	50Hz	UK, Germany, wider EU
415V	50Hz	Australia, Southeast Asia
460V	60Hz	USA, Canada
220V	60Hz	Latin America (on request)

Specify your local voltage and frequency at the time of order. Our team can configure this 50Hz/60Hz hydraulic scrap metal baler to match your grid standard, including 380V, 400V, and 415V variants.

Bale Discharge Types — Turn-out vs Push-out

Choosing the right discharge type depends on your site layout, workflow, and downstream handling equipment. The Y81-125 125 ton scrap metal baler is available in two discharge configurations to suit different operational setups:

Turn-out (Side Tilt) Discharge

In turn-out (side tilt) scrap metal baler mode, the baling chamber tilts sideways once pressing is complete, allowing the finished bale to drop or slide out to the side. This configuration is well-suited to operations where:

• Side clearance is available
• Bales are collected on a pallet or directly onto the floor
• A simple, low-maintenance discharge mechanism is preferred

Push-out Discharge

The push-out hydraulic scrap metal baler configuration uses a hydraulic ram to push the finished bale forward out of the chamber. This is the preferred setup when:

• Frontal clearance is available and side space is limited
• Bales are fed directly onto a roller conveyor or collection platform
• Higher automation of the downstream bale-handling process is desired

Compact Design & No Foundation Required

Regardless of discharge configuration, the Y81-125 is designed for easy installation as a compact scrap metal baler. The machine sits directly on a flat concrete floor — no foundation pit, no civil works, no anchor bolts are required. This dramatically reduces site preparation time and upfront cost, making it one of the most practical choices for recycling stations that need to get operational quickly.

Control & Power Options — Manual, Semi-auto, PLC, and Diesel

PLC Automatic Hydraulic Scrap Metal Baler

For high-throughput or lightly supervised operation, the PLC automatic hydraulic scrap metal baler configuration automates the press cycle from loading to discharge. The PLC panel (available with Siemens or Mitsubishi controllers on request) monitors system pressure, cycle count, and fault status. This mode is ideal for recycling plants integrating the baler into a semi-automated production line.

Semi-Automatic & Manual Operation Modes

For smaller operations or sites where operator control is preferred:

• Semi-automatic mode: The operator initiates each cycle; the machine completes it automatically.
• Manual hydraulic metal baler for recycling station: Full manual control of each hydraulic function, offering maximum flexibility for variable material types or irregular feed volumes.

Both modes are available on the same machine frame, and the control panel can be specified at the time of order.

Diesel Engine Option — Off-grid & Remote Site Operation

For sites without reliable grid power, the Y81-125 is available as a diesel scrap metal baler with an engine-driven hydraulic power unit. This makes it a fully capable diesel engine powered scrap metal baler for:

• Rural scrap collection points
• Mining and construction site recycling operations
• Temporary or mobile recycling setups
• Any location requiring an off-grid hydraulic scrap baler machine

Diesel engine specification (brand and displacement) can be discussed based on your regional fuel availability and preference.

Customization & Optional Configurations

Bale Size, Chamber & Press Force Customization

Beyond the standard configuration, the Y81-125 can be adapted as a customizable bale size hydraulic metal baler:

• Press chamber dimensions adjusted to target bale size
• Extended or shortened feed opening for specific material types
• Modified pressing force distribution for fragile or irregular materials

Customization requests should be submitted before production begins. Our engineering team will confirm feasibility and lead time impact.

Compliance & Certification — CE & ISO

The Y81-125 is available as a CE certified scrap metal baler (125 ton) for European and international markets, and as an ISO certified hydraulic scrap baler machine for buyers requiring quality management system documentation. Please specify your certification requirements when requesting a quote.

Shipping, Installation & After-sales Support

Every Y81-125 125 ton scrap metal baler is built to order and sea-freight ready. Standard lead time is 15–25 working days from order confirmation (subject to configuration and current production schedule). The machine is crated and designed to fit into a standard 20ft or 40ft container depending on configuration. Export packing is included in the quoted price.

Installation — No Foundation Required

Installation requires only a flat, load-bearing concrete floor. Our team provides a detailed installation manual and video guide. For complex configurations or first-time buyers, on-site commissioning support can be arranged (travel costs apply). Most single-unit installations are completed within 1–2 days.

Warranty, Spare Parts & Remote Technical Support

• Warranty: 12 months on main structural components; 6 months on hydraulic seals and wear parts
• Spare parts: Key wear parts (seals, hydraulic hoses, filters) are kept in stock for fast dispatch
• Remote support: Video-call troubleshooting is available during business hours; response within 24 hours

Other Equipment in the Line

A baler densifies what a yard collects; it does not size or liberate anything. Section, tube and plate that have to be cut to length belong in the scrap metal shear range, from the entry alligator classes up through the gantry machines. Mixed light intake — sheet, profiles, white goods shells — is torn to size instead by a dual shaft scrap metal shredder. All three families come out of the same HUAXIN works, so a yard can start with a baler now and add cutting or shredding capacity later against one specification and one spares base.

FAQ — Y81-125 125 Ton Scrap Metal Baler

What materials can a 125 ton scrap metal baler process?

The Y81-125 is optimized for UBC aluminum cans, copper wire, light mixed scrap, thin sheet steel, stainless steel trimmings, and aluminum extrusion offcuts. It can also handle aluminum chips and steel turnings under suitable (low-oil) conditions. Contact us if you are unsure whether your specific material is compatible.

What is the standard bale size, and what are the available options?

The standard bale cross-section is 300×300 mm. The machine can be configured for bale sizes ranging from 200×200 mm to 300×300 mm depending on the chamber selected at order. Custom dimensions outside this range can be discussed with our engineering team.

How many tons per hour can the Y81-125 125 Ton Scrap Metal Baler produce?

Under normal operating conditions with continuous feed, output is 0.8–1 ton per hour, or 8–10 tons per shift (8 hours). Actual throughput depends on material type, bulk density, and feed continuity.

What is the Y81-125 scrap metal baler price?

Price varies based on configuration (control mode, discharge type, power source, bale size, certifications). As a factory-direct supplier, we offer competitive pricing without intermediary markups. Request a quote and our team will respond within 48 hours with a full itemized quotation.

Turn-out vs push-out discharge — which should I choose?

Choose turn-out (side tilt) if your site has side clearance and you prefer a simpler mechanical discharge. Choose push-out if you need to feed bales forward onto a conveyor or collection platform, or if side clearance is limited. Our sales team can review your site layout and recommend the best option.

Can I choose PLC automatic, semi-automatic, or manual control?

Yes. All three control modes are available on the Y81-125. PLC automatic is best for higher-volume or lightly supervised operation; semi-automatic balances automation with operator oversight; manual mode gives full control for variable or irregular feed situations. Specify your preferred mode at the time of inquiry.

Is a diesel engine option available for off-grid sites?

Yes. The Y81-125 is available with a diesel engine driven hydraulic power unit, making it fully operational as a diesel scrap metal baler on sites without grid power. Engine brand and specification can be tailored to your region and fuel availability.

How do I get a quote within 48 hours?

Fill in the inquiry form on this page with: ① your target material(s), ② required output capacity, ③ preferred control mode, ④ discharge type, ⑤ local voltage/frequency, and ⑥ any certification requirements. Our team will review your inputs and respond with a full quotation within 48 business hours.