The principle of passive isolation optical platform: using static braking to resolve vibration interference

The passive vibration isolation optical platform can achieve vibration isolation without the need for external energy through material and structural design. Its core lies in using high damping materials to absorb vibration energy, coupled with honeycomb cores or shear type structures to disperse stress, and minimizing the interference of external vibrations on optical equipment. This' static braking 'method is particularly suitable for precision experimental scenarios that require strict stability.

Cellular Core MOT-F Series Passive Isolation Optical Platform: Balancing Lightweight and High Stiffness

LeadTop's honeycomb core optical platform MOT-F series adopts a broadband damping structure and honeycomb core design, which is lightweight, highly rigid, and effectively suppresses surface resonance. Its 430 stainless steel panel is rust resistant and easy to clean, while the trapezoidal thin steel plate honeycomb core board reduces quality and improves rigidity. The fully sealed hole structure avoids welding stress and does not deform after long-term use. This series of flat equidistant arrays has a roughness of less than 2 µ m/m ² and a deformation of only 0.05-0.1mm/m ², making it a stable cornerstone for optical experiments, precision testing, and other scenarios.

Solid state vibration isolation POT-P series passive vibration isolation optical platform: flexible adaptation to low vibration demand scenarios

For instruments and equipment with low vibration requirements, LeadTop's solid-state isolation optical platform POT-P series provides more flexible options. It can be equipped with a honeycomb or superconducting magnetic isolation material platform, paired with a shear type multi-layer composite rubber isolation structure, with a vertical/horizontal natural frequency of 6.5-12Hz, a platform flatness of 0.05-0.1mm/㎡, a surface matte treatment, and a roughness of 0.8-1.6 μ m. 800mm height supports manual leveling (± 10mm adjustment), with stable structure and minimal maintenance. It is widely used in fields such as microscopes, medical biology, and optical path testing.

Summary: Accurately matching the requirements of passive isolation optical platforms, stable performance escorts scientific research

The passive isolation optical platform provides customized solutions for scenarios with different vibration sensitivities through structural innovation and material optimization. LeadTop, with its MOT-F and POT-P series, covers a wide range of scenarios from high precision to low vibration requirements, providing solid support for scientific research and industrial applications with professional performance and reliable quality.