Working Principle of Ultrasonic Nebuliser

An ultrasonic nebuliser is a device that uses ultrasonic vibrations to produce a nebulising effect. Its working principle is based on the high-frequency vibrations generated by ultrasonic waves, which transform the liquid into fine atomised particles. The following is the basic working principle of an ultrasonic nebuliser:

Ultrasonic vibrations produce oscillations: Ultrasonic nebulisers contain an ultrasonic vibrator inside, usually of ceramic material. When the ultrasonic vibrator is activated, it generates vibrations at a very high frequency.

Liquid Forms Atomised Particles: Liquid medications or solutions are introduced into the vibrating region of the ultrasonic nebuliser. Due to the vibration of the ultrasonic waves, the liquid rapidly generates tiny fluctuations and forms fine atomised particles.

Atomised particles are released: The atomised particles formed are gradually detached from the liquid by the ultrasonic vibrations and form an atomised cloud. These tiny particles are suspended in the air and can be easily inhaled into the respiratory system.

Achieving a therapeutic effect: The inhaled micro-fine nebulised particles reach the target part of the respiratory system, e.g. the lungs, directly. This direct delivery helps to increase the efficiency of drug absorption, making treatment more rapid and effective.

Overall, ultrasonic nebulisers provide an efficient and precise means for a variety of medical and drug delivery applications by converting liquids into inhalable micro-fine nebulised particles through ultrasonic vibrations.

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