Jiangsu Wanshida Hydraulic Machinery Co., Ltd

Market Background Margins are increasingly decided by dispatch discipline. If cut sizes are inconsistent, stacking becomes messy, loading takes longer, and trucks leave with avoidable voids. Serbia yards aiming to grow are moving toward “shipping-first” processing—treating cutting as a logistics tool. That shift explains rising interest in a container scrap shear machine that standardizes output and keeps dispatch predictable. Customer & Application Scenario This customer wanted to reduce: Loading delays caused by irregular lengths Last-minute sorting and secondary cutting Dispatch schedule slips during peak inbound days Our Solution (Workflow + Why This Model) Jiangsu Wan Shida Hydraulic Machinery Co., Ltd. supplied the Q43W-4000A3 heavy-duty metal shear to produce consistent, loadable cut pieces. The 3200 × 2400 mm feeding mouth improved practicality for mixed heavy scrap. The shear’s 1400 mm blade and defined output mouth supported controlled discharge and easier staging. With air cooling and a stable hydraulic setup, the scrap metal cutting machine was positioned to maintain daily rhythm. Product Specification Table (Q43W-4000A3) Item Specification Product Q43W-4000A3 Container Scrap Metal Shear Cutting force 400 ton class (Cutting cylinders: 2000×2 kN, 2 pcs, stroke 950 mm) Hold cylinder 1000 kN (100 ton), stroke 800 mm Speed-up cylinder 500 kN (50 ton), stroke 970 mm Feeding mouth (L×W) 3200 × 2400 mm Output mouth (W×H) 1400 × 400 mm Blade length 1400 mm Cutting speed 3–4 times/min Capacity 4–6 t/h Max system pressure 25.0 MPa Cooling Air cooling system Motors 37 kW × 2 sets, 1480 r/min Pumps HY160Y-RP × 2 sets, 160 ml/r, 31.5 MPa Power supply 380V / 50Hz (customizable) Total power ~85.5 kW (heating power 9 kW) Overall size (L×W×H) 6650 × 2500 × 2920 mm Total weight ~20.5 ton Typical cuttable scrap Square 100×100; Angle 180×180×15 (3 pcs); Round Φ110; I-beam 320×132×11.5; Plate 30×450; Channel 320×90×10 Customer Feedback They reported smoother loading, fewer oversize surprises, and improved predictability in dispatch planning—especially during high-volume weeks. Key Takeaway A hydraulic scrap cutting shear becomes a profit tool when it improves loading density and dispatch rhythm—not just cutting power. FAQ Q1: What makes scrap more “shippable”? Consistent cut length, stable pile geometry, and fewer oversize pieces that slow loading. Q2: How do you estimate capacity for your yard? Start with scrap mix and feeding method; capacity is material-dependent within 4–6 t/h. Q3: Why does discharge opening size matter? It affects staging behavior and how easily cut pieces can be moved and loaded. CTA: Send your target cut size and truck/container type. We’ll recommend the most suitable container shear and feeding workflow.

Market Background In Serbia and the wider Balkan region, scrap processing is moving from “simple collection” to shipment-ready production. Logistics cost pressure, tighter loading windows, and higher buyer expectations are pushing yards to deliver scrap in consistent, container-friendly sizes. Oversize material creates a hidden cost chain: it clogs lanes, forces repeated crane moves, and delays trucks. When dispatch becomes unpredictable, margins suffer. That is why more operators are investing in a container scrap metal shear as a core sizing station—turning mixed heavy scrap into loadable pieces with a repeatable daily rhythm. Customer & Application Scenario  A Serbia-based recycler handling mixed heavy scrap faced three major bottlenecks: Oversize pieces created frequent re-handling and slowdowns Cutting output varied, causing stacking issues and loading delays Peak inbound days overloaded the cutting area, disrupting dispatch They needed a hydraulic scrap shear that could stabilize output size and reduce “problem pieces.” Our Solution (Workflow + Why This Model) Jiangsu Wanshida Hydraulic Machinery Co., Ltd. supplied one Q43W-4000A3 400-ton container scrap metal shear to build a clean workflow: feed → hold → cut → discharge → load. The wide feeding mouth supports practical loading, while the hold cylinder stabilizes irregular pieces for more controlled cutting. With a steady 3–4 cuts/min rhythm and an air cooling system, this container shear machine helps keep the sizing step predictable during long shifts—exactly what dispatch-driven yards need. Product Specification Table (Q43W-4000A3) Item Specification Product Q43W-4000A3 Container Scrap Metal Shear Cutting force 400 ton class (Cutting cylinders: 2000×2 kN, 2 pcs, stroke 950 mm) Hold cylinder 1000 kN (100 ton), stroke 800 mm Speed-up cylinder 500 kN (50 ton), stroke 970 mm Feeding mouth (L×W) 3200 × 2400 mm Output mouth (W×H) 1400 × 400 mm Blade length 1400 mm Cutting speed 3–4 times/min Capacity 4–6 t/h Max system pressure 25.0 MPa Cooling Air cooling system Motors 37 kW × 2 sets, 1480 r/min Pumps HY160Y-RP × 2 sets, 160 ml/r, 31.5 MPa Power supply 380V / 50Hz (customizable) Total power ~85.5 kW (heating power 9 kW) Overall size (L×W×H) 6650 × 2500 × 2920 mm Total weight ~20.5 ton Typical cuttable scrap Square 100×100; Angle 180×180×15 (3 pcs); Round Φ110; I-beam 320×132×11.5; Plate 30×450; Channel 320×90×10 Customer Feedback After commissioning, the customer reported that output became more consistent, fewer pieces required secondary handling, and dispatch planning improved. The cutting area stayed cleaner, and the yard spent less time repositioning scrap and more time loading outbound trucks. Key Takeaway This Serbia project shows how a scrap metal shear machine designed for container sizing can reduce yard congestion, improve stacking discipline, and create a predictable dispatch rhythm. FAQ Q1: Why choose a container scrap metal shear instead of a standard shear? A container-oriented shear focuses on producing consistent, loadable cut sizes that improve truck/container utilization and dispatch reliability. Q2: What limits cutting efficiency in real yards? Usually re-handling and unstable clamping—not pure tonnage. Strong holding and predictable discharge reduce interruptions. Q3: What information is needed for model selection? Scrap type, max thickness/size, daily tonnage, target cut length, and your loading method (crane/forklift). CTA: Send your scrap type + max thickness + daily tons + target cut length. We’ll recommend the best container shear configuration and yard layout.

Market Background Many European scrap operators are now optimizing for repeatability: stable output sizes, safer work zones, and consistent shift performance. Mixed heavy scrap often triggers “operator-dependent cutting”—frequent repositioning, trial cuts, and irregular output piles. That variability slows dispatch and increases risk. As Serbia’s scrap market grows, buyers and logistics partners increasingly reward yards that can deliver standardized cut sizes on schedule. This drives demand for a hydraulic container shear that keeps cutting controlled and predictable. Customer & Application Scenario This customer struggled with: Too much manual repositioning around the cutting zone Unstable cut length that complicated stacking and transport Throughput drops when scrap batches changed shape They wanted a scrap cutting shear that reduces intervention and keeps a steady rhythm. Our Solution (Workflow + Why This Model) Jiangsu Wanshida Hydraulic Machinery Co., Ltd. delivered the Q43W-4000A3 400 ton scrap shear as a centralized sizing station. The hold cylinder supports more stable clamping, helping reduce trial cuts. With 3–4 cuts/min, a 1400 mm blade, and a defined output mouth, this industrial scrap shear produces more consistent discharge behavior—important for building tidy piles and reducing last-minute sorting before loading. Product Specification Table (Q43W-4000A3) Item Specification Product Q43W-4000A3 Container Scrap Metal Shear Cutting force 400 ton class (Cutting cylinders: 2000×2 kN, 2 pcs, stroke 950 mm) Hold cylinder 1000 kN (100 ton), stroke 800 mm Speed-up cylinder 500 kN (50 ton), stroke 970 mm Feeding mouth (L×W) 3200 × 2400 mm Output mouth (W×H) 1400 × 400 mm Blade length 1400 mm Cutting speed 3–4 times/min Capacity 4–6 t/h Max system pressure 25.0 MPa Cooling Air cooling system Motors 37 kW × 2 sets, 1480 r/min Pumps HY160Y-RP × 2 sets, 160 ml/r, 31.5 MPa Power supply 380V / 50Hz (customizable) Total power ~85.5 kW (heating power 9 kW) Overall size (L×W×H) 6650 × 2500 × 2920 mm Total weight ~20.5 ton Typical cuttable scrap Square 100×100; Angle 180×180×15 (3 pcs); Round Φ110; I-beam 320×132×11.5; Plate 30×450; Channel 320×90×10 Customer Feedback (Operational Results) Operators reported fewer interruptions from awkward pieces, more consistent output piles, and improved yard discipline. Dispatch became easier because the cutting step stopped creating unpredictable delays. Key Takeaway A container shear for scrap metal improves safety and throughput when it reduces operator intervention and stabilizes output. FAQ Q1: How does strong holding improve productivity? Stable clamping reduces repositioning time and prevents wasted cuts on unstable pieces. Q2: What cutting speed is practical for daily operation? A stable 3–4 cuts/min rhythm often performs better than “fast on paper” machines that interrupt frequently. Q3: What affects real capacity most? Feed consistency, scrap mix, and re-handling time—more than nominal tonnage alone. CTA: Share your scrap mix and daily tonnage. We’ll propose a container shear setup that fits your yard workflow and shipping targets.