logo
Latest company case about

Solutions Details

Created with Pixso. Home Created with Pixso. Solutions Created with Pixso.

Case Study (Saudi Arabia) — Scaling Volume: Building a Predictable “Cut-and-Load” Routine for High Inbound Weeks

Case Study (Saudi Arabia) — Scaling Volume: Building a Predictable “Cut-and-Load” Routine for High Inbound Weeks

2026-03-03

1) Market Background 

Saudi scrap volumes can swing sharply due to project cycles and industrial maintenance schedules. During high inbound weeks, the yards that perform best are the ones with repeatable routines: predictable cutting output, clean staging, and fast loading. Instead of relying on manual sorting and reactive cutting, more operators are investing in a heavy-duty scrap cutting shear that anchors the workflow and prevents backlog.

2) Customer & Application Scenario 

The customer needed to handle peaks without chaos:

  • Backlog when oversize scrap piled up faster than it could be sized

  • Loading delays due to inconsistent output lengths

  • Too many internal moves, reducing productive machine hours
    They wanted a guillotine shear for scrap that makes output predictable.

3) Our Solution (Workflow + Selection Logic)

Jiangsu Wanshida Hydraulic Machinery Co., Ltd. supplied 1 set Y43L-8000 (Q43L-8000L) heavy-duty guillotine shear with a long loading room and controlled holding to reduce “touches per ton.” The customer standardized the routine:
Feed → Hold → Cut → Discharge → Stack → Load, using consistent output to keep trucks moving even during peak periods.

4) Product Specification Table 

Item Specification (Y43L-8000 / Q43L-8000L)
Loading room size 8000 × 1950 × 900 mm
Cutting width / min mouth 2000 / 500 mm
Cutting frequency 3 times/min (theory)
Cutting force 800-ton class, 2 cutting cylinders
System pressure 27.5 MPa
Motor power 225 kW, 6 motors
Pump sets 6 sets, 250 ml/r
Cooling package Oil cooler + water tower + cycle water pump
Weight ~92,000 kg

5) Customer Feedback (Operational Results)

They reported fewer peak-day bottlenecks and more stable dispatch planning. Output piles became easier to stage and load, and internal traffic improved because oversize scrap was processed earlier in the cycle rather than blocking lanes.

6) Key Takeaway

When inbound volume spikes, the advantage goes to yards with stable routines. A guillotine shear for scrap helps stabilize output size and protect dispatch schedules during high-volume periods.

7)FAQ 

Q1: How do you reduce backlog during peak inbound weeks?
Standardize the cut-and-load routine and process oversize scrap early to prevent lane blockage.
Q2: What affects actual throughput most?
Feeding method, staging discipline, and scrap mix—capacity is always material-dependent.
Q3: What should be confirmed for power and utilities?
Voltage/frequency, available power capacity, and cooling water arrangement.

 

CTA: Send your peak-week tonnage, scrap size range, and feeding method. We’ll recommend a guillotine shear solution that keeps dispatch stable.

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

Case Study (Saudi Arabia) — Scaling Volume: Building a Predictable “Cut-and-Load” Routine for High Inbound Weeks

Case Study (Saudi Arabia) — Scaling Volume: Building a Predictable “Cut-and-Load” Routine for High Inbound Weeks

1) Market Background 

Saudi scrap volumes can swing sharply due to project cycles and industrial maintenance schedules. During high inbound weeks, the yards that perform best are the ones with repeatable routines: predictable cutting output, clean staging, and fast loading. Instead of relying on manual sorting and reactive cutting, more operators are investing in a heavy-duty scrap cutting shear that anchors the workflow and prevents backlog.

2) Customer & Application Scenario 

The customer needed to handle peaks without chaos:

  • Backlog when oversize scrap piled up faster than it could be sized

  • Loading delays due to inconsistent output lengths

  • Too many internal moves, reducing productive machine hours
    They wanted a guillotine shear for scrap that makes output predictable.

3) Our Solution (Workflow + Selection Logic)

Jiangsu Wanshida Hydraulic Machinery Co., Ltd. supplied 1 set Y43L-8000 (Q43L-8000L) heavy-duty guillotine shear with a long loading room and controlled holding to reduce “touches per ton.” The customer standardized the routine:
Feed → Hold → Cut → Discharge → Stack → Load, using consistent output to keep trucks moving even during peak periods.

4) Product Specification Table 

Item Specification (Y43L-8000 / Q43L-8000L)
Loading room size 8000 × 1950 × 900 mm
Cutting width / min mouth 2000 / 500 mm
Cutting frequency 3 times/min (theory)
Cutting force 800-ton class, 2 cutting cylinders
System pressure 27.5 MPa
Motor power 225 kW, 6 motors
Pump sets 6 sets, 250 ml/r
Cooling package Oil cooler + water tower + cycle water pump
Weight ~92,000 kg

5) Customer Feedback (Operational Results)

They reported fewer peak-day bottlenecks and more stable dispatch planning. Output piles became easier to stage and load, and internal traffic improved because oversize scrap was processed earlier in the cycle rather than blocking lanes.

6) Key Takeaway

When inbound volume spikes, the advantage goes to yards with stable routines. A guillotine shear for scrap helps stabilize output size and protect dispatch schedules during high-volume periods.

7)FAQ 

Q1: How do you reduce backlog during peak inbound weeks?
Standardize the cut-and-load routine and process oversize scrap early to prevent lane blockage.
Q2: What affects actual throughput most?
Feeding method, staging discipline, and scrap mix—capacity is always material-dependent.
Q3: What should be confirmed for power and utilities?
Voltage/frequency, available power capacity, and cooling water arrangement.

 

CTA: Send your peak-week tonnage, scrap size range, and feeding method. We’ll recommend a guillotine shear solution that keeps dispatch stable.