An ultrasonic booster is a mechanical device designed to increase the amplitude of ultrasonic vibrations generated by an ultrasonic transducer. It works by converting the low-amplitude, high-frequency vibrations produced by the transducer into higher-amplitude vibrations, which are then transmitted to the ultrasonic horn or sonotrode.
❑ Boosters can increase or decrease the amplitude of the ultrasonic vibrations, enhancing the effectiveness of the ultrasonic process.
❑ Typically made from high-strength materials like titanium, aluminium, or steel to withstand the high-frequency vibrations and stresses
❑ The shape and size of the booster are carefully designed to ensure efficient transmission of ultrasonic energy
❑ Ultrasonic boosters are designed to be easily mounted onto ultrasonic stacks (comprising the transducer, booster, and horn).
❑ Enhanced Performance : By amplifying the ultrasonic vibrations, boosters ensure better performance in various applications.
❑ Versatility : They can be designed for specific frequencies and amplitude requirements, making them adaptable to different ultrasonic systems.
❑ Durability : Made from robust materials, they offer long-lasting performance even under high-stress conditions.
❑ Welding and Cutting : In ultrasonic welding and cutting applications, boosters help achieve the necessary amplitude for joining or separating materials efficiently.
❑ Medical Devices : Employed in medical ultrasonic equipment, such as surgical instruments, for precise and effective performance.
❑ Sonochemistry : Boosters are used in sonication applications to improve the cavitation process, enhancing chemical reactions.
