FLUID COLUMN TECHNOLOGY ^®

Calzoni’s FLUID COLUMN TECHNOLOGY^® is a patented and superior technology due to its leading EFFICIENCY, uncompromising QUALITY and unwavering ROBUSTNESS, combined with SMOOTHNESS to the equipment.

Torque is generated by pressurized fluid columns that act directly on the eccentric cam,
thereby producing shaft rotation without any intermediate mechanical components.

No connecting rods! No piston pads! No pins!
This is eliminating intermediate barriers and minimizing energy losses.

The fluid column propulsion system results in superior volumetric and mechanical efficiency,
while providing smooth and precise shaft motion, even at the lowest speeds.

• Wear Neutralization
  • Lower Footprint
  • Financial Optimization
  • Reduced Overall System Costs
  • Reduced Environmental Impact
• No Friction
  • Friction Suppression
  • Low TCO
• Smooth Motion
  • Sustainable Performance
  • Business Flexibility
• Reduced Heat Generation
  • Component Stability
  • Long-Term Reliability
  • Predictable Performance
• High Material Quality
  • Lifecycle Extension
  • Resource Efficiency

• Component Durability
  • Low TCO
  • Operational Efficiency
  • High Operational Reliability
  • Long Service Intervals
  • Limited Machine Stops
• Reduced Failure Points
  • Reduced Downtime
  • Productivity Increase
  • Cost Efficiency
  • Fast Amortization

• Wear Neutralizer
  • Long-Term Performance
  • No Oil Pollution
  • Long-Term Value
• Load Distribution
  • Component Protection
  • Operational Stability
  • Material Preservation
• Balanced Force
  • Reduced Maintenance
  • Low TCO

• Modular Design
  • Optimized System Design
  • Operational Efficiency
• Flexible Architecture
  • Performance Optimization
  • Functional Precision
• Application Adaptability
  • Application-Specific Tuning
  • Compliance Assurance
• System Compatibility
  • Optimized System Design
  • System Accuracy
• Optimized Configuration
  • Improved Efficiency
  • Size Optimization

• Minimal Resistance
  • Stress Resistance
  • Failure Prevention
  • Predictable Performance
• Controlled Sliding
  • Smoothness
  • Low Wear
  • Component Longevity
• Reduced Heat
  • Noise Reduction
  • Low Heat Emission
  • Reduced Maintenance
• Precise Rotation
  • Shock-Free Operation
  • Predictable Performance

• No Metal on Metal
  • Efficiency Catalyst
  • High Performance Output
• Friction Suppression
  • Smoothness
  • Sealed System Integrity
  • Energy Efficiency
• Controlled Performance
  • Reduced Heat Generation
  • Continuous Movement
• Precision Rotation
  • Accurate Positioning
• Precision Control
  • Stable Drive Force

• System Durability
  • Environmental Safety
• Structural Robustness
  • Performance Stability
• High Resistance Capacity
  • Vibration Control
• Shock-Free Operation
  • Operational Reliability
• Load Resistance
  • Enhanced Output

• Fluid Column Principle
  • Immediate Performance
  • Instant Torque
• Direct Power Transmission
  • Constant Output
• Torque Stabilizer
  • Controlled Power Delivery
  • Smaller Motor Size
• Maximum Force Transfer
  • Efficiency Superiority

• Energy Regulation
  • Power Stability
• Motion Consistency
  • Controlled Dynamics
• System Balance
  • Consistent Motion
• Power Continuity
  • Performance Consistency
• Impact Reduction
  • System Longevity

• Load Balancing
  • Lifecycle Optimization
  • Component Protection
  • Comfort & Quality
• Mechanical Precision
  • Constant Power Output
• Stress Dampening
  • Operational Stability
• Vibration Control
  • Smoothness
• Dynamic Control
  • Reduced Energy Use
  • Saves Equipment