Air-bearing Vibration Isolation: Vibration Barrier Technology Shielded by Air

The core principle of the air-float isolation optical platform lies in utilizing compressed air to form an “air cushion.” Through the synergistic action of air springs and composite airbags, the platform surface is completely isolated from ground vibrations. When external vibrations are transmitted to the platform, the elastic deformation and damping effect of the air layer dissipate over 90% of the vibration energy.

Intelligent Leveling: Millimeter-Precision Dynamic Balancing

Addressing the stringent leveling demands of optical experiments, the air-bearing platform innovatively employs a pneumatic automatic leveling system. Built-in pressure sensors continuously monitor the tilt angle of the platform surface. Coupled with an intelligent control system that dynamically adjusts the air pressure at each support point, it achieves automatic leveling within a ±10mm height range in under 10 seconds.

LeadTop's ZDT-P Series air-bearing optical isolation platforms feature specially designed silent air compressors (operating noise <50dB). This eliminates secondary vibrations generated by traditional mechanical leveling mechanisms while maintaining precision, delivering interference-free environments for quantum optics, laser interferometry, and similar experiments.

Air-bearing vibration isolation optical platforms are redefining stability standards for optical experiments through unique aerodynamic design. With over twenty vibration isolation patents, LeadTop continuously drives technological innovation in this field. Its products serve hundreds of leading global research institutions, establishing itself as a trusted stability partner in precision optics.