400Ton PLC Scrap Baler Shear For Efficient Scrap Metal

Product Overview

The Y83Q-4000A Scrap Baler Shear is built for recycling businesses that need to turn irregular steel scrap into compact, furnace-ready material with a more controlled and efficient workflow. Rather than treating baling and cutting as separate operations, this machine combines both stages in one hydraulic processing system: it compresses loose scrap into a stable section, then shears it into uniform lengths.

With a 4000 kN cutting force and a 3000 mm-long compression chamber, the machine is particularly suitable for operators handling long, bulky, and mixed ferrous scrap. Its final output measures 460 mm in width, 300–460 mm in height, and 300–600 mm in length, making the material easier to stack, transport, sell, and feed into downstream melting equipment.

The Y83Q-4000A is controlled by a PLC automatic system, helping operators achieve more consistent cycles with less manual coordination. It is a strong equipment option for scrap processing yards that want to improve material preparation quality while controlling labor, yard space, and logistics costs.

Cause

Scrap metal does not arrive in a convenient form. Steel bars, plates, profiles, offcuts, dismantled components, and mixed scrap can be long, uneven, and difficult to manage. When such material is stored or shipped without processing, it creates several commercial challenges:

• More warehouse and outdoor storage space is required.
• Container and truck loading efficiency is reduced.
• Scrap pieces may be too large or irregular for efficient furnace charging.
• Workers spend more time moving, sorting, and cutting material.
• Output quality can vary significantly between batches.
• Loose scrap may achieve a lower value than dense, prepared scrap.

For many recyclers, the issue is not simply “how to cut steel,” but how to create a repeatable scrap-preparation process that supports higher-value sales and smoother operations.

Solution

The Y83Q-4000A is designed as a material-conditioning solution for ferrous scrap.

Its two side compression cylinders, each providing 1600 kN force, work together to stabilize material inside the compression chamber. This is important when handling irregular scrap, as proper holding force helps prevent movement during the cutting process and supports a more compact output.

After the scrap is compressed, the 4000 kN shear cuts it into selected lengths. The cutting speed of 2–3 times per minute balances force, stability, and continuous processing performance. The 74 kW motor provides the hydraulic power needed for dependable operation in daily recycling work.

The result is denser, more uniform scrap that is easier to handle throughout the next stages of the value chain—from yard storage and transport to steel-mill charging.

Specifications

Application

This hydraulic scrap baler shear is suitable for recycling and preparing:

• Heavy ferrous scrap
• Steel plate and plate offcuts
• Steel beams, angles, channels, and profiles
• Mixed industrial steel scrap
• Demolition and dismantling scrap
• Oversized scrap before furnace charging
• Scrap intended for more compact transport and storage

It can be used by scrap yards, steel recycling companies, foundries, steel mills, metal traders, and industrial waste-processing facilities.

How It Works

Scrap is loaded into the compression chamber by crane, grab, conveyor, or other suitable feeding equipment. The left and right hydraulic cylinders compress the material from both sides, transforming loose scrap into a more stable and dense block.

Once the material is properly compacted, the shear cylinder applies up to 4000 kN cutting force. The scrap is cut into a controlled length between 300 mm and 600 mm. The PLC system then manages the return and preparation for the next cycle.

This process allows the operator to process material with fewer separate handling steps and more predictable output dimensions.

How To Choose

Before selecting the Y83Q-4000A, buyers should evaluate the complete material flow, not only the machine force.

• Material condition: Confirm whether the scrap is loose, bundled, long, thick, or mixed.
• Daily throughput target: Share expected tons per hour or tons per day for a suitable configuration.
• Loading method: Decide whether feeding will be by crane, conveyor, or excavator grab.
• Output requirement: Check the scrap size accepted by your final buyer, furnace, or steel mill.
• Available electricity: Confirm voltage, frequency, and electrical capacity at the installation site.
• Installation space: Leave adequate space for loading, finished-material discharge, maintenance, and operator access.

FAQ

Why choose a baler shear instead of a standard scrap shear?

A baler shear compresses material before cutting it. This is especially useful for loose, irregular, or mixed scrap because it creates denser and more stable output while reducing material volume.

What scrap size can be produced?

The output width is 460 mm, output height is 300–460 mm, and the cutting length is 300–600 mm. The appropriate output size should be matched with your buyer’s or furnace’s requirements.

Does the machine require many operators?

The PLC automatic control system reduces manual involvement in the compression and cutting cycle. The exact operator requirement depends on the selected feeding method and site arrangement.

Can this machine improve transport efficiency?

Yes. By compressing loose steel scrap before cutting, the machine reduces volume and creates more regular sections, which can improve truck or container loading efficiency.

What information is needed for a final recommendation?

Please provide scrap photos, material type, thickness range, expected processing volume, desired output size, local power supply, and available installation space.