+86 187 6182 0500 info@fpowercnc.com
Technical Support Background

Hybrid Servo ECO Function

Unlock sustainable precision with F-POWER CNC’s Hybrid Servo ECO technology. Achieve ​​±0.005mm positioning accuracy​​ and ​​40% reduced energy consumption​​ via closed-loop feedback systems. Ideal for aerospace, automotive, and renewable energy manufactu

Multi-Brand Compatibility 5-Year Hardware Upgrade Assurance 30% Cycle Time Reduction
F-POWER CNC Hybrid Servo ECO System

ADVANCED DRIVE TECHNOLOGY

F-POWER Hybrid Servo ECO System

Revolutionary servo drive technology for precision press brakes that combines brushless motor efficiency with hydraulic power, enabling ±0.01° ram positioning accuracy while reducing energy consumption by up to 40%.

  • Intelligent oil volume control with adaptive pressure regulation (0.02-0.5MPa)
  • Three-phase brushless servo motors with regenerative braking technology
  • Energy consumption reduced by 40-60% compared to conventional hydraulic systems
  • Precision ram positioning with ±0.01° angular accuracy
  • Dynamic response time under 50ms for high-speed bending operations
  • Integrated EtherCAT communication with F-POWER CNC controllers
ISO 50001 Energy Management CE EMC Directive 2014/30/EU
F-POWER Servo Press Brake Technology F-POWER Hybrid Servo Press Brake System
Technical Specifications

Six Core Advantages of Hybrid Servo Technology

F-POWER's ECO system revolutionizes press brake operation through advanced energy recovery and precision control technologies

Lower Energy Consumption

Regenerative braking technology captures kinetic energy during ram deceleration, reducing net energy draw by 40-60% compared to conventional systems

Clearly Reduced Cooling Effort

Intelligent thermal management reduces hydraulic oil temperature by 15-20°C, extending component lifespan and eliminating auxiliary cooling systems

Higher Operation Speeds

Acceleration rates improved by 30% with precision ramp control, achieving 1000mm/s descent speeds while maintaining ±0.01° positioning accuracy

Remarkable Noise Reduction

Operational noise levels reduced to ≤68dB(A) through optimized hydraulic flow paths and brushless motor technology, creating safer work environments

More Than 30% Oil Save

Adaptive hydraulic circuits with closed-loop pressure control reduce oil consumption by 32-38%, minimizing waste and maintenance frequency

Higher Stroke More Flexibility

Programmable stroke control enables 300-1500mm working ranges with precision depth control at any position, accommodating complex multi-stage bends

F-POWER Hybrid ECO System Performance Metrics
F-POWER ECO Energy Consumption Comparison

SUSTAINABLE TECHNOLOGY

F-POWER Hybrid Servo ECO Function

A comprehensive suite of efficiency-optimized solutions designed to minimize energy consumption while maximizing operational precision in industrial bending applications.

Aligned with F-POWER's environmental stewardship policy, the Hybrid ECO function is integrated across our equipment range to reduce carbon footprint while maintaining peak performance.

  • Precision positioning accuracy maintained at target coordinates (±0.005mm)
  • Adaptive servo pump control achieves 40-65% energy savings depending on cycle parameters
  • Closed-loop pressure regulation maintains optimal hydraulic efficiency
  • Intelligent power management based on real-time operational demands
TEST METHODOLOGY

Performance metrics based on 500 continuous bending cycles on 210-ton press brake equivalents under ISO 14955-1:2017 testing standards.

F-POWER Hybrid Servo ECO System Technical Parameters

Technical Performance Specifications

Parameter Category Performance Specification
Control Precision ±0.005mm positioning accuracy
Multi-mode control (Position/Velocity/Torque)
Dynamic Response ≤50ms system response time
1000mm/s max ram speed
Energy Efficiency 35-40% energy reduction vs hydraulic
Regenerative braking efficiency: 92%
Acoustic Performance Operational noise: ≤50dB(A)
Vibration reduction: 70% vs conventional
Power Management Standby consumption: ≤150W
ECO mode transition: 5ms interruption
Technical Notes: Performance metrics based on ISO 14955-1:2017 testing standards. Energy savings calculated at 70% duty cycle compared to equivalent 210-ton hydraulic press brake systems. Acoustic measurements taken at 1m distance from machine during bending operation.

Start Your Precision Journey

10+ Years of metal forming expertise at your service.
Get expert consultation within 24 hours.

  • ISO 9001 Certified Solutions
  • 24/7 Technical Support
  • 12-Month Warranty
Click to display verification code