High Safety And Efficiency 2500kN Metal Baler Industrial For Heavy Scrap Compaction And Recycling Yards

High Safety And Efficiency 2500kN Metal Baler Industrial For Heavy Scrap Compaction And Recycling Yards

Product Overview

The Y83-250 metal baler is a heavy-duty hydraulic baling machine designed for scrap metal recycling yards, steel recovery centers, foundries, and metal processing companies that need stable bale density, easier transportation, and better storage efficiency. With a 2500kN nominal force, a large 2000×1400×900 mm compress room, and a bale density of more than 1800 kg/m³, this machine is suitable for compressing various loose metal scraps into compact rectangular bales.

For many recycling businesses, loose scrap metal takes up too much space, increases loading costs, and reduces transport efficiency. The Y83-250 solves this problem by pressing metal waste into high-density blocks with bale sizes from 400–700×500×500 mm, making the final bales easier to stack, load, transport, and sell to steel mills or melting plants.

This model uses a turn-out bale discharging system and hand valve control, which makes the operation simple and practical for workshops that prefer reliable mechanical control instead of complicated automatic systems. The 60kW motor power supports strong hydraulic performance, while the single cycle time of less than 160 seconds helps maintain stable daily output. With a production capacity of 3500–4500 kg/h, it is a strong choice for medium and large scrap recycling operations.

WANSHIDA has over 40 years of manufacturing experience in hydraulic recycling machinery. We can also customize bale size, chamber dimension, voltage, cooling system, and operation mode according to the buyer’s actual scrap type and working conditions.

Cause

Loose scrap metal is difficult to manage in daily recycling operations. Materials such as steel scrap, aluminum scrap, copper scrap, stainless steel offcuts, and mixed metal waste often have irregular shapes, sharp edges, and large volume. If they are transported directly without baling, the loading quantity per truck or container is very limited.

This causes several common problems:

High storage space cost in the yard

Low loading efficiency during transportation

Higher labor and handling cost

Unstable scrap selling price due to loose material form

Difficult feeding into furnace or further processing equipment

For recycling companies, improving bale density is not only about saving space. It also helps improve the whole scrap handling process.

Solution

The Y83-250 metal baler provides a practical and powerful solution by compressing loose metal scrap into dense and regular bales. The 250-ton class pressing force gives the machine strong compression ability, while the large chamber allows operators to feed bulky scrap materials more conveniently.

The final bale density can reach over 1800 kg/m³, which is very useful for reducing transportation cost and improving storage utilization. The turn-out discharging design makes bale removal simple and direct. Compared with push-out or fully automatic structures, this system is easier to maintain and suitable for customers who want a strong, economical, and durable baling machine.

The hand valve control system also gives operators direct control over each action, which is helpful for different scrap shapes and feeding conditions. For buyers who focus on reliability, easy maintenance, and long service life, this machine is a very balanced choice.

Specifications

Application

The Y83-250 hydraulic metal baler is widely used in:

Scrap metal recycling yards

Steel scrap collection centers

Aluminum and copper recycling plants

Foundries and smelting factories

Metal fabrication workshops

Automobile dismantling yards

Waste material recovery stations

This machine can handle many kinds of metal scrap, including steel scrap, light metal waste, aluminum profiles, copper scrap, stainless steel offcuts, sheet metal waste, and other recyclable metal materials. For heavier or harder scrap, we can recommend a higher tonnage model according to the buyer’s real working condition.

How It Works

The operator loads loose metal scrap into the compress room. After feeding, the hydraulic system drives the pressing plate to compress the material step by step. Under the strong pressure of 2500kN, the loose scrap is squeezed into a compact rectangular bale.

After the compression process is completed, the finished bale is discharged by the turn-out system. The operator can then remove the bale for stacking, loading, or transportation. The whole process is simple, stable, and suitable for continuous recycling work.

Because the machine uses hydraulic drive, the operation is smooth and reliable. The hand valve control also allows the operator to adjust actions according to the actual scrap condition, which is especially useful when processing mixed or irregular scrap materials.

How To Choose

When choosing a metal baler, buyers should consider not only the machine price, but also the scrap type, bale size, capacity requirement, and transportation method.

If your scrap is mainly light steel, aluminum scrap, copper scrap, or mixed metal waste, and you need a capacity of around 3.5–4.5 tons per hour, the Y83-250 is a suitable model. Its chamber size is large enough for daily recycling work, and the bale density is high enough for transport and storage improvement.

If your scrap is very thick, dense, or difficult to compress, a higher force model may be better. If your workshop requires automatic operation, PLC control can also be customized. Before purchasing, it is better to share your scrap photos, material size, expected bale size, daily working hours, and local voltage. Our engineers can help confirm the most suitable solution.

FAQ

Q1: What materials can the Y83-250 metal baler compress?
It can compress various metal scraps such as steel scrap, aluminum scrap, copper scrap, stainless steel offcuts, sheet metal waste, and mixed recyclable metal materials.

Q2: Can the bale size be customized?
Yes. The standard bale dimension is (400–700)×500×500 mm, but we can adjust the bale size according to your transportation, storage, or furnace feeding requirements.

Q3: Is hand valve control easy to operate?
Yes. Hand valve control is simple, direct, and easy to maintain. It is suitable for workshops that need reliable operation without complicated automatic systems.

Q4: What information should I provide before buying this machine?
You can provide scrap photos, material type, feeding size, required capacity, expected bale size, working hours per day, and local voltage. This helps us recommend the most accurate solution.

Q5: Can WANSHIDA provide after-sales support?
Yes. We provide technical guidance, operation support, spare parts service, and long-term after-sales assistance. Customized machine design is also available based on real working conditions.