Vibration Control System Market Global Sales, Revenue, Price and Gross Margin Forecast To 2030
Vibration is a phenomenon that occurs in various mechanical systems, such as engines, vehicles, and industrial machinery. Vibration can lead to many problems, including structural damage, noise, and reduced performance. To overcome these problems, engineers have developed vibration control technology, which includes both active and passive methods. In this article, we will explore the different types of vibration control and the devices used to implement them.
Vibration Control System Market Size was valued at USD 3.71 billion in 2021. The Vibration Control System market industry is projected to grow from USD 3.91 Billion in 2022 to USD 5.98 billion by 2030, exhibiting a compound annual growth rate (CAGR) of 5.45% during the forecast period (2022 - 2030).
Active vibration control is a method of vibration control that involves actively controlling the vibration of a system in real-time. This is done using sensors to detect the vibration and actuators to counteract it. The sensors detect the vibration, and the control system calculates the appropriate response. The actuators then generate a force that counteracts the vibration.
Active vibration control is useful in situations where the vibration changes dynamically, such as in a moving vehicle or aircraft. The control system can adjust its response to changes in the vibration, providing an effective method of vibration control. However, active vibration control can be expensive and complex to implement, and it requires a power source.
Passive Vibration Control:
Passive vibration control is a method of vibration control that involves adding components to a system to reduce the vibration. Unlike active vibration control, passive vibration control does not require a power source or a control system. Instead, it relies on the properties of the added components to dampen the vibration.
Passive vibration control can be used to reduce the vibration of a system by dissipating the energy of the vibration. This is done using materials that have high damping properties, such as rubber or viscoelastic materials. Passive vibration control is effective at reducing low-frequency vibration but is less effective at higher frequencies.
There are many devices available for vibration control, both active and passive. Some of the most common devices used for vibration control include:
Active Isolation Systems: Active isolation systems use active vibration control to reduce the vibration of a system. These systems use sensors to detect the vibration and actuators to generate a force that counteracts the vibration.
Passive Isolation Systems: Passive isolation systems use passive vibration control to reduce the vibration of a system. These systems use materials with high damping properties to reduce the energy of the vibration.
Tuned Mass Dampers: Tuned mass dampers are passive vibration control devices that use a mass to reduce the vibration of a system. These devices are tuned to the frequency of the vibration and are effective at reducing the vibration of structures such as buildings and bridges.
Shock Absorbers: Shock absorbers are passive vibration control devices that are commonly used in vehicles. These devices use springs and dampers to reduce the vibration of the vehicle.
Vibration control technology has advanced significantly in recent years, and there are many devices and methods available to reduce the vibration of mechanical systems. Active vibration control is effective at reducing the vibration of dynamic systems, while passive vibration control is effective at reducing the vibration of static systems. By using vibration control devices, engineers can improve the performance and reliability of mechanical systems, reduce noise, and prevent structural damage.
Key Companies in the Vibration Control System market includes
Hutchinson (France)
Dynatronic Corporation Ltd. (China)
Cooper Standard (US)
Crystal Instruments (US)
Sentek Dynamics Inc. (US)
Lord Corporation (US)
Technical Manufacturing Corp. (US)
Gerb Vibration Control Systems Inc. (US)
Müpro Services GmbH (Germany), among others
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