UAE Customer Case: How a 1250-Ton Gantry Shear Fits Heavy Scrap Pre-Processing Operations

Project Background: A Heavy Scrap Pre-Processing Scenario in the UAE

This customer is based in the United Arab Emirates and operates mainly in scrap metal recycling and front-end scrap pre-processing. The materials handled on site include structural steel, steel plate, steel sections, demolition scrap, and mixed ferrous scrap with relatively large dimensions and irregular shapes. In this type of operation, the main task of the equipment is not simply to cut metal, but to support a complete working cycle of feeding, pressing, shearing, and scrap size reduction before transport or downstream steelmaking.

For this kind of customer, equipment selection usually focuses on four practical questions:
first, whether the machine has enough shearing force for heavy scrap steel;
second, whether it can handle long and irregular materials efficiently;
third, whether the hydraulic system remains stable during continuous duty;
and fourth, whether the machine is suitable as a fixed scrap yard processing unit.

The Q91-Y1250W heavy duty hydraulic gantry shear is designed for this kind of heavy scrap pre-processing environment. It uses a gantry structure, a long chamber, and a hydraulic pushing system suitable for fixed installation in recycling yards. According to the uploaded specifications, the machine provides 6250 kN × 2 shearing force, a 7500 × 1800 × 900 mm material box, 1800 mm blade length, 23 MPa hydraulic working pressure, and 3–4 cuts per minute under empty load. These parameters position the machine for heavy front-end scrap preparation rather than light-duty metal cutting.

Pain Point Identification: Long Scrap, Thick Plate, and Structural Steel in the Same Scrap Stream

From the customer’s operating conditions, the most common challenge is that the incoming scrap is highly irregular. Structural sections, heavy plate, and dismantled steel scrap often vary in length, thickness, and shape. If the equipment does not have enough chamber length, blade size, or pressing and pushing capacity, several problems typically appear.

1. Long Scrap Is Difficult to Feed Smoothly

When oversized steel enters the yard, a short chamber often means the operator must reposition material more frequently, which interrupts the working rhythm. The Q91-Y1250W is equipped with a 7500 mm chamber length, which makes it more suitable for continuous feeding of longer steel scrap.

2. Thick Plate and Structural Scrap Require Higher Cutting Load

The customer handles a certain proportion of thick plate and structural steel, which places higher demands on shearing force and blade capacity. This model uses dual shearing cylinders with 6250 kN × 2 maximum thrust, which places it in the 1250-ton class of heavy duty scrap shears and makes it suitable for front-end size reduction of high-load ferrous scrap.

3. Mixed Scrap Can Affect Pressing Stability

When the scrap stream includes mixed steel, bent sections, or irregular demolition material, insufficient pressing force can reduce stability around the cutting area. The Q91-Y1250W is equipped with 1350 kN × 2 clamp force and a 1350 kN push cylinder, which helps support both material positioning and controlled feeding. This hydraulic combination is better suited to mixed scrap conditions than a simple cutting-only configuration.

Application Scenario: Why a 1250-Ton Gantry Shear Matches This UAE Case

From an equipment selection perspective, this UAE customer does not simply need “a bigger machine.” What the application really requires is a shear with a balanced combination of chamber size, blade width, shearing force, and hydraulic system configuration.

The Q91-Y1250W is a typical fixed hydraulic gantry scrap metal shear. Based on the equipment photos in the uploaded PDF, the machine uses a vertical gantry body, a long material chamber, and a separate hydraulic station layout. This makes it suitable for continuous pre-processing operations in a fixed yard environment rather than temporary or mobile cutting jobs. The photos also show that the equipment is positioned for large-volume scrap handling rather than small workshop metal cutting.

For this customer, the configuration fits several practical application scenarios.

Construction and Structural Steel Demolition Scrap

Steel beams, structural sections, and plate materials require both sufficient blade width and high cutting load capacity. The machine’s 1800 mm blade length and 1800 mm cutting width make it suitable for wide sections and large steel components.

Mixed Industrial Scrap

In many UAE recycling operations, the incoming material is not limited to one category. It may include round steel, square steel, heavy plate, and dismantled components. The Q91-Y1250W specification lists material range including round steel up to φ150 mm, square steel up to 120 × 120 mm, and steel plate up to 80 × 600 mm, which provides a practical basis for judging whether the machine matches the site conditions.

Continuous Yard-Based Pre-Processing

The machine is rated at 3–4 cuts per minute under empty load, with a pushing speed of 300 mm/s. This supports a more organized fixed-station work rhythm of feeding, pressing, shearing, and discharge, which is more suitable for yard-based pre-processing than temporary cutting methods.

Solution Outcome: Not Just More Tonnage, but a Better-Matched Processing Rhythm

From a case analysis point of view, the value of the Q91-Y1250W should not be described in vague terms such as “higher efficiency” or “major cost savings.” A more accurate way to describe the outcome is that the machine helps the customer establish a more suitable scrap pre-processing position for the actual scrap mix handled on site.

This result can be understood at three levels.

1. The Equipment Matches the Scrap Type More Closely

The combination of 6250 kN × 2 shearing force, 1800 mm blade length, and 7500 mm chamber length clearly positions this machine as a fixed heavy-duty gantry shear rather than a light cutting machine. For customers handling long scrap, structural steel, and heavy plate, this configuration is much closer to real yard requirements.

2. The Continuous Operating Logic Is More Complete

The pressing, pushing, and shearing system form a more complete working cycle. In mixed scrap applications, customers often care more about whether the machine can maintain stable feeding and cutting rhythm than about nominal tonnage alone. In this case, the advantage comes from the relationship between the hydraulic system and the machine structure, not from a marketing-style performance claim.

3. The Machine Is Better Suited for Fixed Scrap Yard Installation

From the structure and overall scale of the equipment, this machine is more suitable as a core scrap pre-processing unit in a fixed yard. The specification lists about 90 tons machine weight, 225 kW total power, 5 sets of 45 kW motors, and 5 sets of A4V-250 hydraulic pumps, all of which indicate an industrial machine designed for heavy-load fixed installation rather than light auxiliary use.

Case Conclusion: A More Suitable Gantry Shear Solution for Heavy Scrap in the UAE

For UAE customers focused on pre-processing structural scrap, thick plate, and long ferrous materials, the key to equipment selection is not simply choosing a higher-capacity machine. The real goal is to select a hydraulic gantry shear that matches the incoming scrap dimensions, yard layout, and continuous processing requirements.

The Q91-Y1250W follows this logic clearly. With 6250 kN × 2 shearing force, 1800 mm blade length, 7500 × 1800 × 900 mm chamber size, and 23 MPa hydraulic working pressure, it is designed for front-end size reduction of heavy ferrous scrap. For UAE recycling yards that need a fixed processing solution for large and irregular scrap streams, the value of this machine lies in building a more stable and better-matched pre-processing stage rather than relying on generic claims of “high performance.”