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500 Ton Four Pillar Hydraulic Press Machine
Press Range

500-Ton Four Pillar
Hydraulic Press Machine

500 Ton Four Pillar Hydraulic Press Machine is a powerful, precision-driven solution for heavy-duty industrial applications. Its robust construction, adaptability, and high-force capability make it ideal for:

Composite molding industries Construction materials (tiles, blocks) Plastic processing Metal forming and powder metallurgy
500T Rated Capacity
700 – 1400 mm Stroke Length
1400 – 2000 mm Daylight Opening
Up to 300 bar Hydraulic Pressure

01 — Press System Overview

500-Ton Four Pillar Hydraulic Press

A 500-ton four-pillar hydraulic press is a heavy-duty, high-capacity industrial machine designed for large-scale forming, compression molding, and high-force applications. The four-pillar configuration ensures excellent load balancing, rigidity, and high precision alignment, making it ideal for demanding manufacturing processes.

Core Components

  • Main Hydraulic CylinderGenerates 500 tons (~5000 kN) pressing force
  • Four Hard Chrome Plated PillarsProvide precise guidance and stability
  • Moving Ram/SlideEnsures uniform force distribution
  • Hydraulic Power PackMotor, pumps, valves, oil reservoir
  • Control SystemPLC with HMI interface (Manual / Semi-auto / Auto)
  • Die Cushion (Optional)Required for deep drawing operations
  • Ejector System (Optional)Facilitates easy removal of finished parts
  • Safety FeaturesLight curtains, overload protection, emergency stop systems

02 — Technical Specifications

ParameterSpecification
Capacity 500 Tons (5000 kN)
Structure Four Pillar / Four Column
Stroke Length 700 – 1400 mm
Daylight Opening 1400 – 2000 mm
Table Size 1500 × 1500 mm to 2500 × 2500 mm
Hydraulic Pressure Up to 300 bar
Approach Speed 120 – 250 mm/sec
Working Speed 5 – 30 mm/sec
Return Speed 120 – 220 mm/sec
Power Pack 45 – 100 kW
Control System PLC + HMI (CNC optional)
Parallelism Accuracy ±0.02 – ±0.05 mm
Ejector Capacity (Optional) 50 – 120 Tons
Frame Heavy-duty fabricated, stress-relieved steel

Specifications can be customized depending on application and tooling requirements.

03 — Applications

SMC / BMC / FRP Composite

SMC / BMC / FRP Composite

  • Automotive panels and structural parts
  • Electrical enclosures and insulation components
  • Industrial composite products
  • High-strength FRP molded items
Plastic Pallets & Basins

Plastic Pallets & Basins

  • Heavy-duty plastic pallet manufacturing
  • Large storage bins, tanks, and basins
  • Industrial material handling products
Cattle Slat Blocks

Cattle Slat Blocks

  • Concrete cattle slat production
  • Precast block molding with high compaction
  • Uniform density structural products
Powder Metallurgy

Powder Metallurgy

  • High-density metal powder compaction
  • Preforms for sintering processes
  • Precision engineering components
Deep Drawing & Stamping

Deep Drawing & Stamping

  • Large and deep metal parts
  • Stainless steel sinks, tanks, automotive parts
  • Thick sheet metal forming
Punching, Trimming & Cutting

Punching, Trimming & Cutting

  • Sheet metal blanking and punching
  • Flash trimming of cast components
  • Plastic and rubber cutting operations
Ceiling Tiles & Dry Walls

Ceiling Tiles & Dry Walls

  • Gypsum board compression
  • Decorative ceiling tiles manufacturing
  • Acoustic and insulation panel pressing

04 — Key Advantages

01

Ultra High Force Capability

  • 500-ton capacity supports:
    • Large components
    • Thick materials
    • Heavy-duty forming operations
02

Exceptional Structural Strength

  • Four-pillar design ensures:
    • Maximum rigidity
    • Minimal deformation
    • Long service life
03

High Precision & Parallelism

  • Uniform force distribution across large work area
  • Consistent product quality with tight tolerances
04

Versatility Across Industries

  • Suitable for:
    • Composites (SMC/BMC/FRP)
    • Plastics & concrete
    • Metal forming and powder metallurgy
05

Fully Customizable Operation

  • Adjustable parameters:
    • Pressure
    • Stroke
    • Speed
  • PLC-controlled programmable cycles
06

Smooth & Controlled Operation

  • Gradual pressure build-up
  • Reduced vibration and tool wear
07

High Productivity & Output Quality

  • Faster cycle times
  • Reduced rejections and material waste
  • Consistent repeatability
08

Energy Efficient (Advanced Systems)

  • Servo-hydraulic options available
  • Optimized energy consumption
09

Enhanced Safety & Automation

  • Integrated safety systems
  • Automation-ready for production lines
  • Reduced operator dependency