3Times/Min Horizontal Container Scrap Shear 4000kN Cutting Force with 1400mm Blade for Heavy Scrap Recycling Solution

Product Overview

The Q43W-4000A Horizontal Container Scrap Shear is a high-capacity hydraulic cutting system designed for processing oversized and mixed metal scrap efficiently. With a powerful 4000kN cutting force and a robust 1400mm blade length, this machine is engineered to handle demanding applications such as heavy steel structures, rebar bundles, industrial scrap, and demolition waste.

Unlike traditional cutting equipment that struggles with bulky materials, the Q43W-4000A adopts a container-style feeding structure, allowing direct loading of large scrap without pre-cutting. This significantly reduces labor dependency and improves overall operational efficiency.

Equipped with a stable hydraulic system operating at 25MPa and an air cooling system, the machine ensures continuous performance even under high workloads. Its button control system provides a balance between simplicity and reliability, making it suitable for both experienced operators and facilities looking for straightforward operation.

For scrap yards aiming to increase throughput, reduce manual handling, and optimize transportation costs, this horizontal container shear offers a practical and proven solution.

Cause

In modern scrap recycling operations, several persistent challenges reduce efficiency:

• Oversized scrap requires manual cutting before processing
• Traditional shears have limited feeding capacity
• High labor costs due to manual intervention
• Low throughput caused by intermittent processing
• Increased logistics cost due to unprocessed bulky materials

These issues directly impact productivity and profitability, especially in high-volume scrap yards.

Solution

The Q43W-4000A addresses these challenges through an integrated, high-capacity cutting system:

• Container-style feeding allows direct loading of large scrap
• High cutting force (4000kN) handles thick and dense materials
• Continuous cutting operation improves throughput
• Reduced manual cutting lowers labor costs
• Optimized scrap size improves transport efficiency

This shift from manual-intensive processing to automated heavy-duty cutting enables scrap yards to operate more efficiently and competitively.

Specifications

Application

The Q43W-4000A is widely used in:

• Scrap metal recycling yards
• Steel processing plants
• Demolition and construction waste recycling
• Automobile dismantling facilities
• Industrial manufacturing scrap handling

Suitable materials include:

• Steel beams and plates
• Rebar bundles
• Scrap pipelines
• Mixed heavy metal waste

How It Works

The machine operates through a hydraulic-driven cutting system:

1. Scrap material is loaded directly into the container chamber
2. The hydraulic system compresses and positions the material
3. The shear blade moves downward with high force to cut the scrap
4. Processed material exits through the output opening
5. The cycle repeats for continuous operation

This process ensures efficient size reduction with minimal manual intervention.

How To Choose

When selecting a horizontal container shear like the Q43W-4000A, consider:

• Material type: thickness, density, and composition
• Daily processing capacity requirements
• Maximum scrap size before cutting
• Power supply availability (voltage and frequency)
• Desired level of automation (manual, semi-automatic, PLC)

For operations handling large and heavy scrap with high volume demands, the 4000kN class is a reliable and cost-effective choice.

FAQ

1. What type of scrap is suitable for this machine?
The Q43W-4000A is designed for heavy and oversized scrap such as steel beams, rebar, thick plates, and mixed industrial metal waste.

2. Does the machine require pre-cutting of materials?
No. The container-style design allows direct feeding of large scrap, reducing or eliminating pre-cutting.

3. How is the cooling system managed during continuous operation?
The air cooling system ensures stable oil temperature, allowing long working hours without overheating.

4. Is the operation complicated?
The machine uses button control, making it simple and reliable for daily use while minimizing operator training time.

5. Can the machine be customized?
Yes. Configuration such as power system, control mode (PLC), and chamber size can be customized based on specific project requirements.