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Suitable for large steel structures and thick plate processing. With a 6000-ton main cylinder capacity, high-rigidity frame structure, and intelligent hydraulic control system, the machine delivers stable, efficient, and reliable performance for continuous heavy-duty production.
The machine adopts a welded frame structure consisting of upper beam, slide, lower beam, main cylinder, and columns, providing excellent rigidity and resistance to heavy-load deformation. Stable performance under continuous heavy-duty production.
Equipped with an independent electrical control cabinet and PLC centralized control system. Intelligent hydraulic and electrical control ensures accurate slide position control and reliable pressing accuracy.
The hydraulic system adopts cartridge valve manifold technology with compact structure, fast response, and reliable operation. Variable displacement plunger pumps with high-speed low-noise hydraulic pump system ensure stable and energy-saving operation.
The main cylinder is mounted inside the upper beam and connected to the slide through flange and bolt structures for stable force transmission. High-strength forged steel construction with YX-type sealing and O-ring system ensures reliable pressure retention and long service life.
Multi-level safety protection including stroke limit protection, cylinder pressure protection, soft-limit protection, hydraulic oil level and temperature alarms, and filter blockage monitoring system ensure safe and reliable operation.
The machine adopts a welded frame structure consisting of upper beam, slide, lower beam, main cylinder, and columns, providing excellent rigidity and resistance to heavy-load deformation.
The main cylinder is mounted inside the upper beam and connected to the slide through flange and bolt structures for stable force transmission.
The hydraulic system adopts cartridge valve manifold technology with compact structure, fast response, and reliable operation.
The machine is equipped with an independent electrical control cabinet and PLC centralized control system.
Heavy-duty welded steel frame construction with stress-relieved design ensures minimal deflection and vibration during high-load pressing operations.
High-strength forged steel cylinder with YX-type sealing, mounted inside upper beam with flange connection for stable force transmission.
Variable displacement plunger pumps with cartridge valve manifold, maximum pressure 31.5 MPa, flow rate 250 L/min × 3, compact and reliable.
Siemens PLC with Advantech industrial computer, Samsung display, Balluff displacement sensors for accurate slide position control and monitoring.
| Item | Specification |
|---|---|
| Main Cylinder Capacity | 6000 Ton |
| Main Cylinder Stroke | 650 mm |
| Maximum Opening Height | 450 mm |
| Motor Power | 2 × 110 kW |
| Rapid Descending Speed | 100–200 mm/s |
| Pressing Speed | 2–10 mm/s |
| Return Speed | ~100 mm/s |
| Worktable Size | 4100 × 1800 mm |
| Machine Weight | Approx. 250 Ton |
Heavy steel frame pressing, structural component forming, large-scale steel structure assembly and fabrication.
Ship hull plate forming, bulkhead pressing, marine structural components, offshore platform fabrication.
Bridge girder forming, structural steel pressing, connection plate fabrication, heavy-duty bridge components.
Vessel head forming, shell plate pressing, flange fabrication, thick-wall pressure vessel components.
Tower section forming, flange pressing, wind turbine structural components, large-diameter cylindrical sections.
Heavy equipment frame pressing, machinery base plate forming, large-scale component fabrication.
Challenge: Heavy steel frame pressing required high-capacity equipment.
Solution:
EZY6000T hydraulic press machine.
Result:
+35% production efficiency, pressing accuracy improved, reduced processing time by 40%.
Challenge: Ship hull plate forming needed precise control and high capacity.
Solution:
EZY6000T with intelligent control system.
Result:
Improved forming accuracy, stable performance, annual production increased by 28%.
Challenge: Wind tower section forming required large pressing capacity.
Solution:
EZY6000T heavy-duty hydraulic press.
Result:
Production capacity increased by 45%, processing efficiency significantly improved.
Challenge: Vessel head forming needed precise control and reliability.
Solution:
EZY6000T with advanced hydraulic system.
Result:
Forming quality improved, maintenance time reduced by 50%, stable continuous operation.
The EZY6000T hydraulic press has a main cylinder capacity of 6000 tons, with a main cylinder stroke of 650mm and maximum opening height of 450mm. The worktable size is 4100 × 1800mm, suitable for large steel structure and thick plate processing applications.
The EZY6000T is designed for steel structures, shipbuilding, bridge fabrication, pressure vessels, wind tower manufacturing, heavy machinery, and metal forming industries. It handles large-scale component forming and thick plate processing with high precision and reliability.
The machine is equipped with an independent electrical control cabinet and PLC centralized control system. It features Siemens PLC, Schneider electrical components, Advantech industrial computer, Samsung display system, and Balluff displacement sensors for accurate slide position control and real-time monitoring.
The hydraulic system adopts cartridge valve manifold technology with variable displacement plunger pumps. Maximum pressure is 31.5 MPa with a flow rate of 250 L/min × 3. The system features compact structure, fast response, reliable operation, and is equipped with oil level, temperature, and filter monitoring devices for stable performance.
The machine includes comprehensive safety protection: stroke limit protection, cylinder pressure protection, soft-limit protection, hydraulic oil level and temperature alarms, and filter blockage monitoring system. These multi-level safety features ensure safe and reliable operation under heavy-duty continuous production.
| Accessory | Lead Time | Function | Value Proposition |
|---|---|---|---|
| Automatic Loading System | 8 weeks | Automated material feeding and positioning | Reduces labor cost by 60%, improves positioning accuracy to ±5mm |
| Hydraulic Cushion System | 6 weeks | Provides controlled blank holding force | Prevents wrinkling, improves forming quality for complex parts |
| Die Cushion Mechanism | 10 weeks | Enhanced blank holding and ejection | Extends die life, improves product consistency |
| Quick Die Change System | 6 weeks | Rapid tooling changeover mechanism | Reduces die change time from 2h to 15min, increases machine utilization |
| Remote Monitoring System | 4 weeks | IoT-based real-time machine monitoring | Predictive maintenance, reduces unplanned downtime by 75% |