What is the difference between a vibration isolation table and an ordinary table?
2024-07-23

1. Design principle:
- Vibration isolation table: Using advanced active vibration isolation technology, real-time monitoring of external vibration through the built-in sensor, and real-time adjustment through the control system, in order to achieve the best vibration isolation effect. Its design focuses on reducing the impact of external vibrations on the desktop and the devices on it.
Ordinary table: The design of ordinary tables is usually more focused on practicality, aesthetics and comfort, and there is no special vibration isolation function.
2. Functional Features:
- Vibration isolation table: with excellent vibration isolation ability, can monitor and offset external vibration in real time to ensure desktop stability; At the same time, some vibration isolation tables also have height adjustability, which can adjust the desktop height and levelness according to user needs. Together, these functions ensure the stability and accuracy of the experiment or work.
- Ordinary table: The main function is to provide a smooth working or dining platform, usually without vibration isolation or other special features.
3. Application Scenario:
Vibration isolation table: widely used in laboratories, scientific research institutions and industrial environments requiring high-precision operation, especially in physics, chemistry, biology, optics and other experiments, the use of vibration isolation table can significantly improve the accuracy and repeatability of the experiment.
- Ordinary table: suitable for daily life and office scenes, such as home, office, restaurant, etc., to meet the general work or dining needs.
To sum up, there are significant differences between vibration isolation table and ordinary table in design principles, functional characteristics and application scenarios. With its unique vibration isolation technology and high adjustability, the vibration isolation table provides strong support for experiments or work requiring high precision and stability.