SMC / BMC / FRP Composite
- Large automotive structural components
- Industrial composite panels and enclosures
- Electrical insulation systems
- High-strength FRP components for heavy-duty use
Press Range
1250-Ton Four Pillar
Hydraulic Press Machine
1250 Ton Four Pillar Hydraulic Press Machine is a top-tier, ultra heavy-duty industrial solution designed for extreme force applications and large-scale manufacturing. With superior strength, high precision, and versatility, it is widely used in:
1250T
Rated Capacity
1200 – 2200 mm
Stroke Length
2000 – 3200 mm
Daylight Opening
Up to 300 bar
Hydraulic Pressure
01 — Press System Overview
1250-Ton Four Pillar Hydraulic Press
A 1250-ton four-pillar hydraulic press is a super heavy-duty, ultra high-capacity industrial press designed for extreme load applications, large component forming, and high-pressure compression operations. Its four-pillar design ensures excellent rigidity, uniform force distribution, and precise alignment, even under continuous heavy-duty cycles.
Core Components
- Main Hydraulic CylinderGenerates 1250 tons (~12,500 kN) pressing force
- Four Hard Chrome Plated PillarsEnable accurate guiding and minimize deflection
- Moving Ram/SlideEnsures even force application over large die areas
- Hydraulic Power PackHigh-capacity pumps, motors, control valves, oil tank
- Control SystemPLC + HMI with programmable automation modes
- Die Cushion (Optional)Crucial for deep drawing operations
- Ejector System (Optional)Handles removal of heavy finished parts
- Safety SystemsLight curtains, overload protection, pressure sensors, emergency stop
02 — Technical Specifications
| Parameter | Specification |
|---|---|
| Capacity | 1250 Tons (12,500 kN) |
| Structure | Four Pillar / Four Column Type |
| Stroke Length | 1200 – 2200 mm |
| Daylight Opening | 2000 – 3200 mm |
| Table Size | 2500 × 2500 mm to 4000 × 4000 mm |
| Hydraulic Pressure | Up to 300 bar |
| Approach Speed | 150 – 300 mm/sec |
| Working Speed | 5 – 40 mm/sec |
| Return Speed | 150 – 300 mm/sec |
| Power Pack | 110 – 250 kW |
| Control System | PLC + HMI (CNC optional) |
| Parallelism Accuracy | ±0.02 – ±0.05 mm |
| Ejector Capacity (Optional) | 120 – 300 Tons |
| Frame | Heavy-duty fabricated, stress-relieved steel |
Specifications are customizable based on application, tooling size, and production requirements.
03 — Applications
TPE & Rubber Pads / Mats
- Large rubber mat compression molding
- Industrial elastomer products (anti-vibration pads, flooring)
- Heavy-duty rubber sheet forming
Powder Metallurgy
- Ultra high-pressure compaction of metal powders
- Dense preforms for sintering processes
- Precision heavy engineering components
Deep Drawing & Stamping
- Extra-large sheet metal components
- Automotive panels, tanks, housings
- Thick metal forming with high depth ratios
Hot & Cold Forging
- Forging of large steel and alloy parts
- Heavy structural components
- Precision cold forging applications
Wood Chip & Plant Fiber Pallet
- Compression molding of biomass pallets
- Eco-friendly industrial packaging products
- Fiberboard and plant-based structural panels
Ceiling Tiles & Dry Walls
- Gypsum board compression
- Decorative ceiling tile production
- Acoustic and insulation panel forming
04 — Key Advantages
01
Ultra High Force Capability
- 1250-ton capacity supports:
- Extremely large components
- Thick and high-density materials
- Heavy, high-load applications
02
Exceptional Structural Integrity
- Four-pillar design offers:
- Maximum rigidity
- Minimal deflection under extreme load
- Long operational lifespan
03
High Precision & Uniform Pressure Distribution
- Maintains excellent parallelism across large work surfaces
- Ensures consistent and high-quality production output
04
Wide Range of Applications
- Suitable for:
- Composites (SMC/BMC/FRP)
- Rubber & elastomers
- Metal forming & forging
- Sustainable materials (fiber pallets, drywall)
05
Fully Programmable & Customizable
- Adjustable:
- Pressure
- Stroke
- Speed
- PLC automation ensures repeatable and optimized production cycles
06
Smooth & Controlled Operation
- Gradual force application
- Reduced vibration, shock, and die wear
07
High Productivity & Efficiency
- Faster cycle times
- Reduced rejection rates
- Ideal for heavy mass production
08
Energy Efficient Options
- Servo-hydraulic systems available
- Optimized energy usage during idle cycles
09
Enhanced Safety & Automation
- Advanced safety systems integrated
- Automation-ready for production lines
- Reduced dependence on manual operations