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| Marchio: | Wanshida |
| Numero di modello: | Q43W-6300 |
| MOQ: | 1 set |
| Prezzo: | 10000~15000$ |
| Tempi di consegna: | 50 giorni |
| Termini di pagamento: | L/C, Western Union, T/T |
The 6300 kN Hydraulic Container Shear is a heavy-duty scrap processing machine designed for metal recycling yards, steel mills, dismantling centers, and industrial waste recovery facilities. With a maximum shearing force of 6300 kN, equivalent to approximately 630 tons, the machine can efficiently compress and cut long, bulky, and irregular metal scrap into manageable sizes.
Compared with traditional alligator shears, the container-type design provides a larger loading chamber and allows scrap to be loaded directly by crane, grabber, or excavator. The side compression system first compacts loose materials, while the hydraulic cutting head completes powerful and stable shearing. This integrated process reduces manual handling and improves overall production efficiency.
For European customers, the machine can be configured according to local electrical standards, safety requirements, operating habits, and site conditions. Voltage, motor configuration, control language, safety guards, emergency stop systems, and hydraulic cooling systems can all be customized.
European recycling companies require machinery that combines high productivity with operational safety, energy efficiency, and reliable long-term performance. The 6300 kN Container Shear is developed to meet these practical requirements.
The machine can be supplied with CE-related documentation and configured in accordance with applicable European machinery and electrical safety requirements. Safety features may include emergency stop buttons, overload protection, hydraulic pressure protection, electrical interlocks, safety warning labels, and guarded operating areas.
The PLC control system provides clear operating information and allows the operator to manage feeding, compression, and shearing from a centralized control station. Remote-control operation is also available to help operators maintain a safer distance from the loading and cutting area.
The high shearing force enables the machine to process heavy and difficult scrap materials, including structural steel, steel plates, pipes, profiles, rebar, demolition scrap, and mixed ferrous metal.
The spacious loading chamber accommodates long and bulky scrap without requiring extensive pre-cutting. Scrap can be continuously loaded by material handler, crane, or excavator, helping reduce labor costs and loading time.
Before cutting, the hydraulic compression system presses loose scrap into a compact bundle. This improves material stability during shearing and produces shorter, more uniform scrap pieces for transportation, furnace charging, and further recycling.
The machine can be equipped with PLC automatic control and wireless remote control. Operators can select manual, semi-automatic, or automatic working modes according to production requirements.
The main frame is manufactured from high-strength steel plates and reinforced at critical stress points. The robust structure provides excellent resistance to deformation and supports continuous industrial operation.
The cutting blades are made from high-strength alloy tool steel and are designed for repeated heavy-duty shearing. The blades can be adjusted, rotated, sharpened, or replaced to reduce long-term maintenance costs.
The electrical system can be designed for common European power supplies, including 380 V, 400 V, or 415 V, 50 Hz, three-phase. Electrical components from internationally recognized brands can be selected according to customer requirements.
The optimized hydraulic circuit provides stable pressure, smooth movement, and reduced energy loss. Air cooling or water cooling can be selected based on local climate, working hours, and production intensity.
| Item | Specification |
|---|---|
| Product Type | Hydraulic Container Shear |
| Maximum Shearing Force | 6300 kN / Approximately 630 Tons |
| Operation Mode | Manual, Semi-Automatic, or PLC Automatic |
| Feeding Method | Crane, Grabber, Excavator, or Material Handler |
| Scrap Compression | Hydraulic Side Compression |
| Blade Material | High-Strength Alloy Tool Steel |
| Control System | PLC Control with Optional Remote Control |
| Power Supply | Customized for European Standards |
| Cooling System | Air Cooling or Water Cooling |
| Safety System | Emergency Stop, Overload Protection, Interlocks |
| Installation | Fixed Installation |
| Customization | Chamber Size, Blade Length, Power, Voltage, Control Language |
Final technical parameters can be adjusted according to the material type, required output, maximum scrap dimensions, and available factory space.
The 6300 kN Hydraulic Container Shear is suitable for processing a wide range of ferrous and non-ferrous metal scrap, including:
HMS 1 and HMS 2 scrap
Steel plates and steel sheets
Structural steel and demolition scrap
Steel pipes and tubes
Rebar and round bars
Angle steel, channel steel, and profiles
Automobile frames and light vehicle scrap
Factory offcuts and production waste
Mixed heavy and medium-density scrap
Aluminum profiles and other suitable non-ferrous materials
For oversized, hardened, or high-alloy materials, customers should provide material dimensions and photos before model confirmation.
The machine is widely used in:
Scrap metal recycling yards
Steel mills and foundries
Automobile dismantling centers
Metal collection and sorting facilities
Demolition waste processing sites
Port and logistics recycling terminals
Industrial metal waste recovery plants
Large-scale ferrous scrap processing projects
After shearing, the scrap becomes easier to store, transport, sort, and feed into furnaces. More uniform scrap sizes can also improve charging efficiency and reduce transport volume.
First, loose or long scrap metal is loaded into the container chamber by crane, grabber, or excavator. The hydraulic compression plates then press the material from the sides, reducing its volume and stabilizing its position.
After compression, the pushing mechanism moves the compacted scrap toward the cutting area. The hydraulic shear head then moves downward and cuts the material into preset lengths. The working cycle can be controlled manually or automatically through the PLC system.
The operator can adjust the compression and shearing process according to the material condition, required cutting length, and production target.
To meet different European project requirements, the following options are available:
Wireless remote-control system
Siemens or Schneider electrical components
Multilingual HMI interface
Centralized automatic lubrication
Hydraulic oil heating system for cold climates
Upgraded hydraulic oil cooling system
Extended or enlarged feeding chamber
Customized blade length
Conveyor or discharge platform
Sound and warning light system
Additional safety guards
Spare blade sets
Recommended spare parts package
Customized machine color and warning labels
Before shipment, the machine is assembled and tested at the production facility. The inspection normally includes hydraulic pressure testing, electrical function testing, PLC operation testing, cylinder movement inspection, safety-device checking, and trial shearing.
Photos, operating videos, and factory acceptance test records can be provided for customer confirmation before delivery. Third-party inspection can also be arranged when required.
The machine is supplied with installation instructions, operation manuals, electrical diagrams, hydraulic diagrams, and maintenance guidance.
Remote installation support and online technical assistance are available. Engineer service can also be arranged for on-site installation, commissioning, operator training, and maintenance instruction.
A recommended spare parts list can be prepared according to the customer’s expected annual operating hours. Key wearing parts, including blades, seals, filters, and electrical components, can be supplied for long-term maintenance.
The 6300 kN Hydraulic Container Shear provides a practical solution for European recyclers seeking to increase scrap-processing capacity while reducing manual cutting and material-handling costs.
Its powerful hydraulic system, large loading chamber, automated control, reinforced structure, and customizable safety configuration make it suitable for demanding industrial recycling operations. Whether the project involves HMS scrap, structural steel, demolition metal, or mixed industrial waste, the machine can be configured to match the customer’s material and output requirements.
Yes. The voltage, frequency, motor, electrical cabinet, plugs, and control components can be customized for the destination country. Common configurations include 380 V, 400 V, or 415 V, 50 Hz, three-phase.
CE-related technical documents can be prepared according to the final machine configuration and contract requirements. The exact documentation scope should be confirmed before production.
It can process steel plates, pipes, profiles, rebar, HMS scrap, structural steel, automobile scrap, demolition scrap, and mixed industrial metal waste. Material dimensions and hardness should be confirmed before model selection.
Yes. Manual, semi-automatic, and PLC automatic operation modes are available. Wireless remote control can also be added.
Yes. The chamber length, width, height, and compression structure can be customized according to scrap dimensions, loading equipment, and available installation space.
Blade length should be selected according to the maximum material width, required output, scrap density, and loading method. Customers can provide material photos and dimensions for technical evaluation.
Yes. On-site engineer service can be arranged for installation, commissioning, training, and technical support. Remote guidance is also available.
Please provide the scrap type, maximum material dimensions, required hourly output, local voltage, preferred cutting length, loading method, and installation site dimensions. Based on this information, a suitable technical proposal and quotation can be prepared.
