Low Noise hydraulic Scrap Metal Baler for Steel, Aluminum and Metal Recycling

Product Overview

The Y83-250 scrap metal baler is a heavy-duty hydraulic recycling machine designed to compress loose scrap metal into dense, uniform bales. With a nominal pressing force of 2500kN, a large 2000 × 1400 × 900 mm compression chamber, and an hourly capacity of 3500–4500 kg, this machine is suitable for medium and large scrap yards, metal recycling centers, steel mills, foundries, and waste-processing facilities.

The machine compresses bulky and irregular metal waste into compact bales measuring 400–700 × 500 × 500 mm. Bale length can be adjusted within the specified range according to the material condition and handling requirements. The finished bale density can exceed 1800 kg/m³, helping recycling businesses reduce material volume, improve storage efficiency, and simplify loading and transportation.

Unlike smaller balers that may struggle with mixed or bulky scrap, the Y83-250 combines a spacious charging box with powerful hydraulic compression. It can process various types of light and medium scrap metal, including steel offcuts, aluminum profiles, metal sheets, cans, stamping waste, wire, and dismantled metal components.

The machine uses a turn-out bale discharge system. After compression is completed, the finished bale is turned out of the chamber for convenient removal. Hand valve control provides operators with direct and reliable control over each working movement. Its straightforward operating system is particularly suitable for recycling plants that value easy maintenance, stable performance, and practical daily operation.

Cause

Loose scrap metal creates several problems for recycling companies. Irregular metal pieces occupy considerable storage space, are difficult to stack, and can increase the number of trucks or containers required for transportation. Lightweight material may also scatter during handling, leading to material loss and an untidy working environment.

Common operational challenges include:

• High transportation costs caused by low material density
• Limited scrap-yard storage space
• Slow loading and unloading
• Difficulty feeding loose scrap into furnaces
• Unstable resale prices for unprocessed material
• Excessive manual handling and sorting
• Poor container and truck utilization

Without proper compression, even valuable metal scrap can become costly to store and transport.

Solution

The Y83-250 hydraulic metal baler converts loose scrap into compact bales with a density of more than 1800 kg/m³. This significantly reduces the material’s occupied volume and creates a more manageable product for storage, transportation, resale, or furnace feeding.

Its 2500kN nominal force provides strong compression for mixed metal waste, while the large chamber allows operators to load longer and bulkier materials. A production capacity of 3.5–4.5 tons per hour makes the machine suitable for continuous daily recycling operations.

Key benefits include:

• High-density bales for more efficient transportation
• Adjustable bale length from 400 to 700 mm
• Large chamber for bulky and irregular scrap
• Turn-out discharge for convenient bale removal
• Simple hand valve control
• Lower storage and logistics costs
• Easier stacking, weighing, and resale
• More consistent furnace-feeding material
• Heavy-duty hydraulic construction for long-term use

Specifications

Actual capacity and bale density may vary depending on the material type, thickness, feeding method, moisture, impurity content, and operator experience.

Application

The Y83-250 scrap metal baler can be used in a wide range of metal-recycling and manufacturing environments, including:

• Scrap metal recycling yards
• Steel mills and foundries
• Aluminum profile factories
• Metal stamping plants
• Automotive dismantling centers
• Machinery manufacturing factories
• Metal-processing workshops
• Waste-management facilities
• Recycling collection stations

Suitable materials include light steel scrap, sheet-metal offcuts, aluminum profiles, beverage cans, steel shavings, wire, thin metal plates, stamping waste, appliance shells, and other compressible metal waste.

How It Works

The operator first loads loose scrap metal into the compression chamber manually or with a grabber, forklift, or conveyor. After loading, the chamber cover presses the material downward and helps control loose or springy scrap.

The hydraulic system then drives the compression cylinders to press the material from different directions. Under a nominal force of 2500kN, the loose scrap is gradually formed into a dense rectangular bale.

After the compression cycle is completed, the chamber opens and the turn-out mechanism discharges the finished bale. The operator can then remove the bale and begin the next feeding cycle. One working cycle takes less than 160 seconds under suitable operating conditions.

How To Choose

Before selecting a metal baler, buyers should evaluate the type, size, thickness, and hourly volume of their scrap.

The Y83-250 is recommended when:

• Required production capacity is approximately 3.5–4.5 tons per hour
• Materials include light or medium steel and aluminum scrap
• A 500 × 500 mm bale cross-section is acceptable
• High-density bales are needed for transport or furnace feeding
• The recycling site has a suitable three-phase electrical supply
• Simple and reliable manual hydraulic control is preferred

For very thick steel plates, large structural scrap, or high-volume production, a larger baler or a combined baling and shearing solution may be more appropriate. Buyers are encouraged to provide material photos, maximum thickness, daily processing volume, and required bale size before confirming the final model.

FAQ

What materials can the Y83-250 scrap metal baler process?

It can process light steel scrap, aluminum profiles, sheet-metal offcuts, cans, wire, stamping waste, appliance shells, and other compressible metal materials. Material photos and maximum thickness should be provided for technical confirmation.

Can the bale size be adjusted?

The bale cross-section is 500 × 500 mm, while the bale length can be adjusted from approximately 400 to 700 mm. The actual bale length may be influenced by the feeding amount and material characteristics.

Is the stated capacity guaranteed for every type of scrap?

The reference capacity is 3500–4500 kg/h. Actual output depends on scrap density, size, thickness, feeding efficiency, operator experience, and the time required to remove each finished bale.

Does the machine require automatic control?

This standard model uses hand valve control, which is simple, reliable, and easy to maintain. Other control or feeding configurations can be discussed according to the buyer’s operational requirements.

What information is required before ordering?

Please provide scrap photos or videos, material type, maximum thickness, hourly or daily capacity, local voltage and frequency, preferred bale size, and the intended loading method. These details help ensure that the selected metal baler matches the actual recycling operation.