Vibration isolation platform is specially used to reduce the impact of ground vibration on experimental equipment, precision instruments and other sensitive equipment, with good vibration isolation effect, can effectively reduce the impact of jitter and vibration on equipment, improve the accuracy and stability of equipment. The vibration isolation platform is mainly used to isolate ground vibration and reduce the transmission of ground vibration to the equipment. Below I will elaborate on the principle and function of how the vibration isolation platform solves the jitter problem of sensitive equipment.

First of all, what is the source of the vibration? Ground shaking can occur for a variety of reasons, such as traffic, industrial equipment, and natural disasters. These vibrations are transmitted to the ground through the building structure, and in many cases will affect sensitive equipment such as experimental equipment and precision instruments, causing it to jitter and vibration, seriously affecting the measurement accuracy and performance stability of the equipment.

How does a vibration isolation platform isolate ground vibrations? The vibration isolation platform adopts a variety of vibration isolation technologies, such as air float isolation, spring isolation, liquid isolation, etc., to reduce the conduction of ground vibration to the equipment. Among them, air flotation vibration isolation is a common vibration isolation method. By installing an air bag or air cushion on the vibration isolation platform, a gas isolation layer is formed between the equipment and the ground to avoid the ground vibration transmission to the equipment, and effectively reduce the impact of jitter and vibration. In addition, spring vibration isolation and liquid vibration isolation can also reduce the conduction of ground vibration to a certain extent.

How does the vibration isolation platform improve the accuracy and stability of the equipment? The vibration isolation platform can effectively isolate the influence of ground vibration on the equipment, reduce the jitter and vibration of the equipment, and improve the stability and measurement accuracy of the equipment. When the device is placed on the vibration isolation platform, the ground vibration is hardly transmitted to the device after passing through the isolation layer, and the device is in a relatively stable environment, which can maintain high measurement accuracy and performance stability.

All in all, the vibration isolation platform can effectively solve the jitter problem of sensitive equipment and improve the accuracy and stability of equipment. By reducing the transmission of ground vibration, the vibration isolation platform can provide a stable working environment for laboratories, scientific research units, medical institutions, etc., to ensure the normal operation of equipment and accurate measurement. In the fields of scientific research experiments, precision machining, medical imaging, etc., the application of vibration isolation platform will play an important role in improving equipment performance and ensuring the success of experiments.