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The active vibration damping system is a system specially designed to reduce the vibration of equipment with heavy loads and large bases. This system consists of several unit modules and an external control unit, with each module having a maximum load capacity of2Heavy objects of tons (the system load capacity reaches.8Tons. In additionThe vibration damping module can also eliminate the vibration it generates itself and prevent it from affecting the vibration damping object.
1. Strong load capacity: Each module of the active vibration damping system can bear a weight of2For a load of tons, the system's load capacity reaches8Tons.
2. High robustness: The active vibration damping system features high robustness and can operate normally in various harsh environments.
3. Low noise: When the active vibration damping system is in operation, the controller generates low noise and will not interfere with the surrounding environment.
4.6Freedom compensation:The active vibration damping system can6Free compensation in several degrees of freedom can reduce vibration.
The active vibration reduction system performs exceptionally well in various application scenarios that require vibration reduction, such as scientific instruments and electron microscope accessories. This system can reduce the impact of vibration on the equipment and improve its accuracy and stability.
The specific vibration damping effect and applicability may vary depending on the specific application scenarios and equipment types. When choosing and using a vibration damping system, it is recommended to conduct a detailed assessment and test based on actual needs and equipment characteristics to ensure that the system can achieve the expected vibration damping effect.
【 Conclusion
The active vibration damping system features strong load capacity, high robustness, low noise from the controller during operation, and6It features such as freedom and compensation, and is suitable for fields like scientific instruments and electron microscope accessories. When using this system, a detailed assessment and test should be conducted based on actual needs and equipment characteristics to ensure that the system can achieve the expected vibration reduction effect.