Машина для прессования металлического лома

Our metal scrap baling machine is specifically designed for compressing scrap steel, aluminum shavings, copper sheets, and other metal materials. It transforms loose metal waste into compact blocks or cylindrical bales, significantly reducing volume, increasing loading efficiency, and making it easier for furnace feeding. Widely used in recycling centers, metal processing plants, and smelting facilities, the machine supports customized bale sizes and automation levels—making it an ideal solution to boost recovery efficiency and profit margins.

We are the leading manufacturer of hydraulic scrap metal balers. Whether it is a small steel utensil or a large bulky car, our hydraulic balers can handle any size of metal scrap. We use high quality materials to build our balers that are durable and strong.

Suitable For A Wide Range of Metals

Our metal baler is suitable for compressing a wide range of ferrous and non-ferrous metals, including:

• Scrap steel, scrap iron, stamping offcuts, and old vehicle frames
• Waste aluminum, aluminum shavings, copper sheets, copper scraps, and stainless steel trimmings
• Metal turnings, iron filings, aluminum cans, metal drums, and more

The compressed bales can be formed into rectangular blocks, cylindrical shapes, or flat slabs according to customer requirements. The finished bales are uniform in size and high in density, making them easier to store, transport, and feed into furnaces for further processing.

Why Choose Metal Baling?

Baling significantly reduces the volume of scrap metal, saving storage space while improving loading efficiency and lowering transportation costs. Moreover, the compacted metal blocks are easier to feed into furnaces at steel mills or smelting plants, enhancing both the recycling value and processing efficiency. For customers with high daily processing volumes, investing in an efficient metal scrap baling machine can greatly boost overall productivity.

Features of our Metal Scrap Baling Machine

We offer metal baler machines in various structural designs, including vertical and horizontal configurations. The main frame is built with thickened steel plates and reinforced structural supports to ensure excellent stability and durability even under high-pressure operation.

• Hydraulic system: Equipped with high-efficiency hydraulic cylinders that drive the compression head to form metal bales smoothly and reliably.
• Control system: Available in manual operation or fully automatic PLC control, offering easy and user-friendly operation.
• Bale discharge methods: Supports side-turn, side-push, front-push, or non-discharge options to suit different operation preferences.
• Mold customization: The compression head and mold can be customized to produce various bale shapes and sizes as needed.
• Product range and models: We offer a wide selection of metal scrap baling machine models with different specifications and output capacities to meet the diverse needs of customers at different scales.

Working Principle of the Scrap Metal Baler

Scrap metal is fed into the compression chamber through the feeding inlet. The hydraulic system then drives the pressing head to apply force and compress the metal. Once the preset pressure is reached, the material is formed into a compact bale. After forming, the bale is discharged either by pushing or tilting, completing one working cycle.

The entire metal scrap baling machine features a compact structure and occupies minimal floor space, making it especially suitable for small to medium-sized recycling facilities with limited space.

How We Provide the Most Suitable Metal Baler for Our Customers

We recommend the right model and configuration based on the customer’s raw material type, daily output, plant space, and bale size requirements. Whether handling large scrap steel or fine metal shavings, or needing bales in specific sizes and shapes, we offer tailored solutions to meet each need. Customers only need to share their basic requirements, and we will promptly provide model suggestions, layout plans, and investment references to ensure accurate selection and efficient operation.