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Case Study (Saudi Arabia) — Long-Shift Stability: Cooling and Power Design That Supports Real Uptime

Case Study (Saudi Arabia) — Long-Shift Stability: Cooling and Power Design That Supports Real Uptime

2026-02-27

1) Market Background 

Saudi yards often run long shifts to match inbound surges and dispatch schedules. In real production, the limiting factor is not “peak cutting force”—it’s uptime stability. Heat buildup, unstable rhythm, and stop-start interruptions create backlog. As operators mature, they increasingly evaluate equipment by whether it can maintain a predictable cutting routine day after day. This supports strong demand for a heavy scrap guillotine shear with a robust cooling package and matched power configuration.

2) Customer & Application Scenario

This customer needed:

  • Predictable output during long shifts

  • Fewer interruptions linked to heat and workflow instability

  • Cleaner staging and more stable daily dispatch planning
    They wanted a hydraulic metal shear that runs like a routine, not a troubleshooting task.

3) Our Solution (Workflow + Selection Logic)

Jiangsu Wanshida Hydraulic Machinery Co., Ltd. delivered 1 set Y43L-8000 (Q43L-8000L) guillotine cutting machine with a complete cooling package (oil cooler + water tower + cycle water pump). The matched 6 motor + 6 pump configuration supports stable oil flow and cutting rhythm, while strong holding keeps material controlled. The workflow stayed simple:
Feed → Hold → Cut → Discharge → Stack/Load, with emphasis on continuous operation and predictable staging.

4) Product Specification Table

Item Specification (Y43L-8000 / Q43L-8000L)
Cutting cylinders 800-ton class, 2 pcs, stroke 700 mm
Cutting frequency 3 times/min (theory)
System pressure 27.5 MPa
Power system 225 kW total, 45 kW × 6 motors
Pump sets 250YCY14-1B, 6 sets
Cooling Oil cooler 25 m² + water tower 31.2 m³/h + water pump 45 m³/h
Loading room 8000 × 1950 × 900 mm
Weight ~92,000 kg

5) Customer Feedback (Operational Results)

The customer reported smoother long-shift rhythm and fewer stop-start interruptions. Output piles became more uniform, which improved staging and reduced loading friction. Dispatch forecasting became easier because daily cutting output was more stable.

6) Key Takeaway

When uptime matters, a hydraulic guillotine shear wins by staying stable under long-run conditions—supporting predictable output and calmer dispatch planning.

7)FAQ 

Q1: Why does cooling matter for productivity?
Stable temperature helps maintain consistent hydraulic performance and reduces unplanned pauses.
Q2: How do you size power configuration for long shifts?
Matched motor/pump sets support stable flow and cutting rhythm under continuous work.
Q3: What’s the best feeding method?
Crane or loader feeding works well when staging lanes are designed to minimize repositioning.

 

CTA: Tell us your shift plan, scrap mix, and target daily tons. We’ll recommend a guillotine shear configuration optimized for uptime.

Latest company case about
Solutions Details
Created with Pixso. Home Created with Pixso. Solutions Created with Pixso.

Case Study (Saudi Arabia) — Long-Shift Stability: Cooling and Power Design That Supports Real Uptime

Case Study (Saudi Arabia) — Long-Shift Stability: Cooling and Power Design That Supports Real Uptime

1) Market Background 

Saudi yards often run long shifts to match inbound surges and dispatch schedules. In real production, the limiting factor is not “peak cutting force”—it’s uptime stability. Heat buildup, unstable rhythm, and stop-start interruptions create backlog. As operators mature, they increasingly evaluate equipment by whether it can maintain a predictable cutting routine day after day. This supports strong demand for a heavy scrap guillotine shear with a robust cooling package and matched power configuration.

2) Customer & Application Scenario

This customer needed:

  • Predictable output during long shifts

  • Fewer interruptions linked to heat and workflow instability

  • Cleaner staging and more stable daily dispatch planning
    They wanted a hydraulic metal shear that runs like a routine, not a troubleshooting task.

3) Our Solution (Workflow + Selection Logic)

Jiangsu Wanshida Hydraulic Machinery Co., Ltd. delivered 1 set Y43L-8000 (Q43L-8000L) guillotine cutting machine with a complete cooling package (oil cooler + water tower + cycle water pump). The matched 6 motor + 6 pump configuration supports stable oil flow and cutting rhythm, while strong holding keeps material controlled. The workflow stayed simple:
Feed → Hold → Cut → Discharge → Stack/Load, with emphasis on continuous operation and predictable staging.

4) Product Specification Table

Item Specification (Y43L-8000 / Q43L-8000L)
Cutting cylinders 800-ton class, 2 pcs, stroke 700 mm
Cutting frequency 3 times/min (theory)
System pressure 27.5 MPa
Power system 225 kW total, 45 kW × 6 motors
Pump sets 250YCY14-1B, 6 sets
Cooling Oil cooler 25 m² + water tower 31.2 m³/h + water pump 45 m³/h
Loading room 8000 × 1950 × 900 mm
Weight ~92,000 kg

5) Customer Feedback (Operational Results)

The customer reported smoother long-shift rhythm and fewer stop-start interruptions. Output piles became more uniform, which improved staging and reduced loading friction. Dispatch forecasting became easier because daily cutting output was more stable.

6) Key Takeaway

When uptime matters, a hydraulic guillotine shear wins by staying stable under long-run conditions—supporting predictable output and calmer dispatch planning.

7)FAQ 

Q1: Why does cooling matter for productivity?
Stable temperature helps maintain consistent hydraulic performance and reduces unplanned pauses.
Q2: How do you size power configuration for long shifts?
Matched motor/pump sets support stable flow and cutting rhythm under continuous work.
Q3: What’s the best feeding method?
Crane or loader feeding works well when staging lanes are designed to minimize repositioning.

 

CTA: Tell us your shift plan, scrap mix, and target daily tons. We’ll recommend a guillotine shear configuration optimized for uptime.