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| Marchio: | WANSHIDA |
| Numero di modello: | Q43L-8000 |
| MOQ: | 1 insieme |
| Prezzo: | negotiable |
| Tempi di consegna: | 50days |
| Termini di pagamento: | L/C,D/A,D/P,T/T,Western Union,MoneyGram |
The Q43L-8000 Hydraulic Gantry Scrap Shear is an ultra-heavy-duty gantry cutting machine designed for steel mill scrap charging preparation and large-scale industrial scrap processing.
With an 8000 kN cutting force, an extra-large 8000 × 1950 × 900 mm loading room, and a 2000 mm cutting blade, this model is engineered for processing extremely large, dense, and mixed scrap under continuous high-load conditions.
Unlike medium-duty gantry shears used mainly for yard preparation, the Q43L-8000 is built as core equipment for steel plant scrap pre-processing, where stable throughput, controlled cutting, and integration with cranes and scrap handling systems are critical.
Its low cutting frequency, high system pressure, and fully automatic PLC control ensure reliable operation in demanding, long-shift environments.
Ultra-Large Loading Room for Steel Mill ScrapThe 8-meter loading room allows direct feeding of large scrap bundles, long structural steel, and heavy industrial waste using cranes or grabs, minimizing pre-cutting requirements.
Top Compression with Guided Gantry CuttingScrap is compressed and stabilized before each cutting cycle, ensuring controlled cutting even with uneven or high-density material.
Extreme-Duty Gantry Frame StructureThe gantry frame and base are heavily reinforced to withstand repeated ultra-high cutting loads while maintaining blade alignment over long-term operation.
Extra-Long Blade for Large Cross-Section ScrapThe 2000 mm blade provides a wide cutting surface suitable for steel mill-grade scrap and oversized materials.
Low-Frequency, High-Force Cutting LogicOperating at 2–3 strokes per minute, the cutting system prioritizes controlled force application, reducing impact shock and protecting the structure.
Designed for Furnace Charging RequirementsCut size and cutting behavior are optimized for downstream steelmaking processes.
High-Capacity Hydraulic Power SystemThe 270 kW installed power ensures sufficient hydraulic output for continuous ultra-heavy-duty cutting cycles.
PLC Automatic Control SystemFully automatic PLC control supports precise cycle management, improved safety, and integration into steel plant automation systems.
Air Cooling System for Industrial SimplicityAir cooling maintains oil temperature stability while simplifying maintenance in heavy industrial environments.
| Item | Specification |
|---|---|
| Model | Q43L-8000 Gantry Scrap Shear |
| Cutting Force (kN) | 8000 |
| Loading Room Size (mm) | 8000*1950*900 |
| Blade Length (mm) | 2000 |
| Oil Cooling System | Air cooling system |
| Hydraulic System Pressure | 25 MPa |
| Cutting Speed (times/minute) | 2–3 |
| Power (kW) | 270 |
| Operation | PLC automatic control |
| Weight (kg) | 92,000 |
The Q43L-8000 Hydraulic Gantry Scrap Shear is suitable for:
It is especially suited for steel plants and large-scale recycling facilities requiring stable, continuous, and controlled scrap cutting.
Designed Specifically for Steel Mill ApplicationsLoading room size, blade length, and cutting logic are matched to furnace charging requirements.
Handles Extreme Scrap Volume and SizeThe 8000 mm loading room allows uninterrupted feeding of oversized scrap.
Ultra-High Cutting Force with Controlled Output8000 kN cutting force ensures reliable cutting of dense and heavy materials.
Fully Automatic Operation for Industrial LinesPLC control supports continuous operation with reduced operator dependency.
Built for Long-Term Extreme DutyMassive structure, high power, and low cutting frequency ensure durability under constant high load.
It is designed for steel mill-grade scrap, large structural steel, and extremely heavy industrial scrap.
Lower cutting speed allows controlled application of extreme cutting force, improving reliability and structural life.
Yes. It is designed for continuous long-shift operation in steel mill environments.
PLC control enables automated cutting cycles, improved safety, and easier integration into plant control systems.
Its combination of ultra-large loading room, extreme cutting force, and automation makes it ideal for furnace charging preparation.
