VCM Series

VCM-S400

VCM-S400 Active Vibration Isolation Strip

Modular Active Vibration Isolation Platform

  • Modular platform
  • Vibration isolation ≥90% at ≥5 Hz,≥95% at ≥10 Hz
  • Maximum Load Capacity: 150 kg
  • Passive system: metal spring vibration isolation
  • Plug N play (No air, Only AC power required)
  • Feedback & Feed-forward vibration control algorithms

VCM-D400

Modular Active Vibration Isolation Platform

  • Modular platform
  • ≥90% at ≥5 Hz,≥95% at ≥10 Hz
  • Maximum Load Capacity: 150 kg
  • Passive system: metal spring vibration isolation
  • Plug N play (No air, Only AC power required)
  • Feedback & Feed-forward vibration control algorithms
VCM-D400 Active Vibration Isolation Strip

VCM-S600

VCM-S600 Active Vibration Isolation Strip

Modular Active Vibration Isolation Platform

  • Modular platform
  • ≥90% at ≥5 Hz,≥95% at ≥10 Hz
  • Maximum Load Capacity: 300 kg
  • Passive system: metal spring vibration isolation
  • Plug N play (No air, Only AC power required)
  • Feedback & Feed-forward vibration control algorithms

VCM-D600

Modular Active Vibration Isolation Platform

  • Modular platform
  • ≥90% at ≥5 Hz,≥95% at ≥10 Hz
  • Maximum Load Capacity: 300 kg
  • Passive system: metal spring vibration isolation
  • Plug N play (No air, Only AC power required)
  • Feedback & Feed-forward vibration control algorithms
VCM-D600 Active Vibration Isolation Strip

TECHNICAL BENEFITS

Modular Active Vibration
Isolation Platform

Combines flexible design and advanced isolation technology, allowing for adaptable configurations based on the size, weight, and application requirements of the equipment. Suitable for precision instruments, industrial equipment, and laboratory devices, this platform meets the needs of various industries and spatial constraints.

VCM series Active Vibration Isolation Strip
Provide Plug-and-Play Intelligent Automatic Leveling functionality

Provide Plug-and-Play Intelligent Automatic Leveling functionality

Leadtop‘s Active isolation systems come equipped with feedforward controls on all models. These controls use real-time ground sensor measurements to detect and preemptively cancel vibrations before reaching the isolated mass. The dynamic control adapts seamlessly to changing vibration levels and self-optimizes, ensuring consistent outstanding performance.

TECHNICAL BENEFITS

Enhanced Resistance to
Floor Stiffness Variations

Feedforward controls and passive component design depend less on floor stiffness than piezoelectric systems. As a result, We can install a active vibration isolation system on any building floor and most floor surfaces, unlike other options on the market.

TECHNICAL BENEFITS
Enhanced Resistance to 
Floor Stiffness Variations
Active Vibration Isolation in 6 DOF

Active Vibration Isolation in 6 DOF

All Vibration Isolation Systems control vibrations in three translational degrees of motion (X, Y, and Z) and three rotational degrees of motion (pitch, roll, and yaw.)

TECHNICAL BENEFITS

Enhanced On-Site
Performance Optimization

Vibration levels vary depending on location, sources, and other factors. Our engineers fine-tune both feedback and feedforward control systems to achieve optimal vibration isolation performance, tailored to the instrument’s size and weight, as well as your site’s specific vibration characteristics.

TECHNICAL BENEFITS
Enhanced On-Site 
Performance Optimization
INSTALLATION caseS

FEATURE PROJECTS

Our technology portfolio has broad applications across core industries such as lasers, photonics, semiconductor fabrication, advanced materials, aerospace, and biomedicine.