Selection guide for vibration isolators: precise matching scheme from performance parameters to scene adaptation
The core value of vibration isolators is to build an “anti vibration barrier” for precision equipment
Vibration is an invisible killer in the operation of precision instruments, which may cause blurry microscope images and distorted laser interferometer data. The isolator isolates the equipment from external vibrations through active or passive isolation technology, becoming a key component to ensure the stability of high-precision experiments.
As a professional supplier of vibration isolation optical platforms and accessories, LeadTop’s ZDT-B series swing rod air floating type and POT-P series solid rubber vibration isolators cover multi scene requirements from nanometer to micrometer levels.
ZDT-B series swing rod air floating vibration isolators: the “precision guardian” of ultra-low frequency vibration isolation
The ZDT-B series isolator adopts the principle of a single pendulum and an ultra-thin composite airbag structure. The horizontal natural frequency is optimized to 1.0-1.5Hz, and the vertical natural frequency is 1.0-2.0Hz. At 5Hz, the vertical/horizontal isolation efficiency reaches 86-92% and 88-94%, respectively.
External dampers can dynamically adjust system damping to avoid resonance risks; The automatic leveling function and silent design make it the preferred choice for devices such as laser interferometers and atomic force microscopes. LeadTop achieves a “zero interference” vibration isolation experience through the deep integration of air flotation technology and pendulum structure.
Solid state rubber vibration isolators POT-P series: the “economical and practical” option for mid to high frequency isolation
The POT-P series vibration isolators is based on composite rubber, with a vertical natural frequency of 6.5-12Hz and a horizontal natural frequency of 3-8Hz, and a damping ratio of 0.05-0.2, which can effectively filter medium and high-frequency vibrations. Its lifting and adjusting seat supports millimeter level leveling, and the wheel options enhance the flexibility of device movement, making it suitable for scenarios with low vibration sensitivity such as biological microscopes and medical equipment.
LeadTop optimizes the rubber formula and structural design to achieve a single isolator load coverage of 180-800kg with a recovery time of less than 5 seconds, balancing performance and cost.
The selection logic of vibration isolators: precise matching from scene requirements to technical parameters
The selection of vibration isolators requires comprehensive consideration of vibration frequency, equipment weight, and installation space. For example, the ZDT-B series vibration isolators should be prioritized for laser interferometers to suppress low-frequency vibrations; The conventional microscope in the biological laboratory, POT-P series isolator, can meet the requirements.
LeadTop provides customized solutions to help users achieve their vibration isolation goals of “doing big things with little money” through simulated vibration environment testing.