Indonesia Customer Case: How a 1250-Ton Gantry Shear Fits Heavy Scrap Pre-Processing Needs

Project Background: A Scrap Processing Requirement in a Fast-Growing Market

This customer is based in Indonesia, a market where demand for waste-management and recycling solutions remains strong. The U.S. International Trade Administration notes that Indonesia has an urgent need for waste-management solutions, including recycling-related equipment. Trade.gov also reports that Indonesia’s economy stayed around 5.0% growth in 2023 and 2024, supported by domestic consumption, investment, and manufacturing activity. In practical terms, that kind of environment usually means a steady flow of structural scrap, fabrication offcuts, steel plate, and mixed ferrous scrap that needs front-end processing before transport or downstream reuse. 

For this case, the selected machine is the Q91-Y1250W heavy duty hydraulic gantry shear. Based on the uploaded specification sheet, this model is configured with 6250 kN × 2 shearing force, an 1800 mm blade length, a 7500 × 1800 × 900 mm material box, 23 MPa hydraulic working pressure, and 3–4 cuts per minute under empty-load conditions. These parameters place it in the heavy-duty scrap pre-processing category rather than light workshop cutting.

Pain Point Identification: Mixed Scrap, Thick Plate, and Yard Handling Pressure

For this Indonesian customer, the operating challenge was not a single material type. The scrap stream included structural steel sections, heavy plate, and irregular mixed ferrous scrap, which created three practical problems in daily yard work.

1. Long and Irregular Scrap Was Difficult to Feed

When incoming material includes long sections and bulky steel parts, a short chamber leads to more repositioning and less continuous work. The Q91-Y1250W uses a 7500 mm chamber length, which is more suitable for handling long scrap in a fixed-yard environment.

2. Thick Plate Required Higher Cutting Load

The customer needed to cut heavier ferrous material, not just light offcuts. This model provides 6250 kN × 2 maximum shearing force, which is a practical indicator of its ability to handle structural scrap and thick steel sections in front-end size reduction.

3. Mixed Scrap Needed Stable Pressing and Pushing

In mixed scrap applications, cutting force alone is not enough. Material needs to be held and moved in a controlled way before each cut. The machine includes 1350 kN × 2 clamp force and a 1350 kN push cylinder, which helps stabilize the scrap inside the chamber during the feeding and shearing sequence.

Application Fit: Why a 1250-Ton Gantry Shear Made Sense

In a market like Indonesia, where recycling operators are under pressure to improve front-end handling, a fixed hydraulic gantry shear is often more suitable than temporary cutting methods. The Q91-Y1250W is designed around a gantry body, long chamber, and hydraulic pushing system, making it appropriate for organized yard-based scrap pre-processing.

For this customer, the machine fit three typical application scenarios:

Structural Steel and Demolition Scrap

The 1800 mm blade length and 1800 mm cut width help handle beams, sections, and wider steel components from demolition and fabrication scrap streams.

Mixed Industrial Ferrous Scrap

The specification lists cutting capacity for round steel up to φ150 mm, square steel up to 120 × 120 mm, and steel plate up to 80 × 600 mm, giving a practical range for mixed industrial scrap handling.

Continuous Yard-Based Pre-Processing

With 3–4 cuts per minute under empty load and a 300 mm/s pushing speed, the machine supports a more structured rhythm of feeding, pressing, shearing, and discharge.

Solution Outcome: Better Equipment Matching for the Real Scrap Stream

The result the 1250-ton gantry shear gave the customer a better-matched pre-processing position for the actual scrap mix handled on site.

First, the machine matched the scrap profile more closely. The combination of 6250 kN × 2 shearing force, 1800 mm blade length, and 7500 mm chamber length clearly fits heavy and irregular ferrous scrap rather than light-duty cutting.

Second, the process flow became more structured. The pressing, pushing, and shearing system formed a more complete work cycle, which is important in yard operations where mixed scrap handling depends on stable positioning as much as raw cutting force.

Third, the machine was suitable for fixed industrial installation. The specification lists about 90 tons machine weight, 225 kW total power, five 45 kW motors, and five A4V-250 hydraulic pumps, showing that it is intended as a core scrap-processing unit rather than an auxiliary cutter.

Case Conclusion

For this customer in Indonesia, the equipment decision was shaped by a practical combination of market conditions and yard reality: growing demand for recycling solutions, mixed ferrous scrap streams, and the need for more organized front-end processing. In that context, the Q91-Y1250W hydraulic gantry shear was selected not simply because it offered higher tonnage, but because its shearing force, chamber size, blade length, and hydraulic configuration matched the customer’s heavy scrap pre-processing needs. 

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