Technical Principle Of Ultrasonic Cell Grinder

Basic Principles
Ultrasonic cell crusher utilizes the dispersion effect of ultrasound in liquid to create cavitation, thereby breaking solid particles or cellular tissues in the liquid.
The ultrasonic cell grinder consists of two parts: an ultrasonic generator and a transducer. The ultrasonic generator converts the mains power into 18-21KHz alternating energy to supply the transducer. The barium zirconate titanate piezoelectric oscillator is the heart of the transducer, which undergoes elastic deformation with alternating voltage at a frequency of 18-21KHz, and the transducer undergoes longitudinal mechanical vibration. The vibration wave generates cavitation effect through a titanium alloy amplitude transformer immersed in a biological solution, which excites the biological particles in the medium to vibrate violently.
Main purpose
Ultrasonic shredders can be used to crush animal cells, plant cells, bacteria, dental spores, or tissues. Disperse rare earth and various inorganic mineral powders.
The ultrasonic crusher is an ideal device for accelerating reaction rates in chemistry, biology, and physics, as well as accelerating liquid degassing.
The ultrasonic crusher can prepare latex bodies with a size of nearly one percent of micrometers; Homogenize a "difficult to mix" mixture; Polymerize some substances and precipitate others.
In summary, ultrasonic pulverizers can achieve multiple functions such as extraction, crushing, emulsification, homogenization, suspension, variation, air suspension, accelerated dissolution, crystallization, and preparation of various biological samples under electron microscopy.