Q43L-5000 Hydrualic Gantry Metal Shear 45*3kw For Large Scrap Metal Recycling Centers
Product Overview
The Q43L-5000 is a large gantry-type hydraulic shear independently developed by Jiangsu WANSHIDA, specifically designed for heavy-duty scrap metal processing. With a maximum shearing force of 500 tons, this model efficiently cuts thick, high-strength metal materials such as bundled steel bars, large I-beams, end-of-life vehicle structural components, heavy steel plates, and metal pipes. Its gantry structure offers exceptional stability, combined with a high-power hydraulic system for continuous and efficient operation, making it an ideal choice for large scrap metal recycling bases, steel smelting plants, and heavy machinery dismantling centers.

Product Features
- Superior Shearing Capacity: A shearing force of 500 tons easily handles various metal scraps with dimensions ≤600mm×500mm (thickness × width), delivering clean cuts and high efficiency.
- Robust and Durable Structure: The integral gantry frame is welded from high-quality steel plates and undergoes stress-relief treatment, ensuring fatigue resistance, minimal deformation, and a long service life.
- Intelligent Hydraulic System: Equipped with a variable pump unit and an intelligent control system, it operates with low energy consumption and noise, while featuring overload protection for safe and stable performance.
- User-Friendly and Safe Operation: Includes PLC control and a human-machine interface (HMI), supporting multiple operation modes such as inching, single-cycle, and continuous. Safety features include emergency stop and optional safety light curtains.
- Excellent Blade Design: Blades are made from special alloy steel and treated with specialized heat processes, offering outstanding wear and impact resistance. They are also easy to replace.
- High Adaptability: Optional conveyor systems can be equipped for automated feeding, significantly improving overall production efficiency.
Technical Specifications
| Model | Shearing Force (ton) | Blade Length (mm) | Press box size (mm) | Cutting Frequency (times/min) | Power (kW) |
| Q43W-5000 | 500 | 1400 | 6000×1400×750 | 3-4 | 45*3 |
Product FAQ (Frequently Asked Questions)
Q1: What is the maximum shearing size of this equipment?
A: The maximum shearing dimensions are approximately ≤600mm in thickness and ≤500mm in width, depending on the material type and hardness.
Q2: What are the installation space and power requirements for this equipment?
A: Due to its large size and power capacity (approximately 74kW), sufficient installation space and a 380V industrial power supply are required. Specific foundation dimensions and power requirements can be found in the installation drawings we provide.
Q3: What is the typical lifespan of the blades? Do they need frequent replacement?
A: Blade lifespan depends on the type and frequency of materials being sheared. Under normal use and maintenance, blades can last 6-12 months. We provide genuine replacement parts and guidance for blade changes.
Q4: Can the blade length or opening size be customized?
A: Yes. Customization of blade length and opening size is available to meet specific processing requirements for different materials.
Q5: What does the after-sales service include?
A: WANSHIDA offers global technical support, including installation guidance, operation training, a one-year warranty, and lifelong maintenance services, with prompt supply of genuine spare parts.
Product Application Fields
- Large Scrap Metal Recycling Centers: For shearing large scrap steel, structural components, and end-of-life vehicles.
- Steel Smelting Plants: Serves as pre-processing equipment for furnace charging, cutting large scrap into qualified furnace feed.
- Ship and Heavy Machinery Dismantling: Shears extra-thick metal materials like ship plates and large machinery components.
- Metal Product ProcessingFactories: Handles scrap materials and leftover steel for recycling and reuse.
- Municipal Construction and Demolition Projects: Processes construction scrap metal such as rebars and steel structures generated from demolition.