Precise Reliable 8000kN Gantry Shear with 2000 mm Blade for Reducing Scrap

Product Specification

Precise Reliable 8000kN Gantry Shear with 2000 mm Blade for Reducing Scrap Handling and Transport Costs

Product Overview

The Q43L-8000 hydraulic gantry shear is developed for recycling businesses that need to reduce the size of bulky ferrous scrap before transportation, resale, or furnace charging. Equipped with an 8000 kN cutting force, a 2000 mm blade, and an 8000 × 1950 × 900 mm charging box, it processes long and irregular steel materials into shorter, more manageable pieces.

Its value extends beyond cutting. By combining hydraulic compression, automatic feeding, clamping, and shearing, the Q43L-8000 helps scrap processors reduce manual handling, improve yard utilization, and prepare more consistent furnace feed.

Cause

Oversized scrap creates hidden operating costs. Long pipes, structural sections, steel frames, and irregular offcuts occupy valuable storage space and are difficult to load efficiently into trucks or containers. Empty gaps between materials reduce transport utilization, while inconsistent scrap sizes can slow down sorting and furnace charging.

Flame cutting may solve the size problem, but it requires skilled workers, fuel, and additional handling. For facilities processing large volumes every day, a slow or labor-intensive cutting method can become a bottleneck for the entire recycling operation.

Solution

The Q43L-8000 creates a controlled workflow from loose scrap to prepared steel feed. Its large charging box accepts long materials with less pre-processing. Hydraulic covers compress and stabilize the load before a feeding cylinder pushes it toward the cutting head.

The 8000 kN cutting system then reduces the compressed material to the required length. Adjustable feeding settings allow operators to prepare scrap for different transport, resale, or melting requirements.

Major commercial benefits include:

• Better use of scrap-yard storage space
• Easier loading into trucks and containers
• Reduced dependence on manual flame cutting
• More consistent material sizes for grading and resale
• Faster furnace charging and downstream handling
• Continuous processing through PLC automation
• Lower handling frequency between production stages

Specifications

Application

The Q43L-8000 is suitable for processing:

• Long steel pipes and tubes
• Steel plates and fabrication offcuts
• Round bars, square bars, and rebar
• Angles, channels, and structural profiles
• Automobile frames and machinery components
• Demolition and construction steel
• Mixed ferrous scrap from collection yards

It is commonly installed in large recycling centers, steel mills, foundries, vehicle dismantling facilities, demolition yards, and metal export terminals.

How It Works

Scrap is loaded into the 8-meter charging chamber using a grab or material handler. Hydraulic covers press the loose material inward, reducing its volume and controlling its position.

The feeding cylinder moves the compressed scrap toward the shear head. A clamping device holds the material before the main cutting blade descends. Once the cut is completed, the blade returns and the material advances for the next cycle.

PLC control coordinates the complete process. Remote operation allows the operator to manage loading and shearing from a convenient working position.

How To Choose

The Q43L-8000 is recommended for buyers with a stable supply of long, bulky, or mixed ferrous scrap. Model selection should not be based only on cutting force. The original material type, maximum cross-section, wall thickness, steel grade, daily capacity, and desired output length must also be considered.

Buyers should additionally evaluate available installation space, loading equipment, foundation requirements, and electrical capacity. The standard power supply is 380 V, 3 Phase, 50 Hz, while other electrical configurations can be customized.

FAQ

How much material can the Q43L-8000 process per hour?

Actual capacity depends on scrap density, material size, loading speed, cutting length, and operator efficiency. Scrap photos and production requirements are needed for an accurate capacity estimate.

Can it reduce transportation costs?

It can cut long and irregular scrap into shorter pieces, making the material easier to arrange and load. The actual savings depend on the original scrap shape and transport method.

Is the output length adjustable?

Yes. The feeding distance can be adjusted according to the required finished length, although actual consistency depends on the shape and compression condition of the material.

Can the electrical system be customized?

Yes. The standard configuration is 380 V, 3 Phase, 50 Hz. Voltage and frequency can be adapted to the destination country.

What information is needed before ordering?

Please provide the scrap type, material grade, maximum dimensions, thickness, daily processing volume, required output size, and clear photos or videos of the original material.