Ultrasonic homogenizers

Ultrasonic homogenizers, commonly referred to as "sonicators," disrupt tissues and cells through cavitation and ultrasonic waves. Their core mechanism involves a rapidly vibrating tip that induces the rapid formation and collapse of bubbles in the surrounding solution—a process known as cavitation. This phenomenon generates shear forces and shock waves, which effectively tear apart cells and particles.

▋Key Applications

Sonicators excel at breaking down suspended cells and subcellular structures. Beyond this primary use, they serve multiple purposes, including:

Creating stable emulsions by uniformly mixing immiscible liquids;

Dispersing nanoparticles to prevent agglomeration and maintain suspension homogeneity;

Reducing particle size in suspensions to optimize distribution.

▋Working Principle

Based on the cavitation effect of ultrasonic waves in the liquid, the transducer will generate high intensity shear force in the liquid at the top of the tool head through the amplitude-variable rod to form high-frequency alternating water pressure, which will cause the cavity to expand and explode to break the cells. In addition, the use of ultrasonic propagation in the liquid to produce a violent perturbation effect, so that the particles produce a large acceleration, thus colliding with each other or collision with the wall to achieve the effect of crushing, emulsification and separation.

▋Product Details Display

Application Areas

▋Bioengineering

·Efficient disruption of diverse cell structures: cells, bacteria, viruses, and spores

·Precise breakdown of biological samples for downstream analysis

▋Food Engineering

·Ultrasonic homogenization for uniform beverage consistency

·Accelerated maturation and aging processes for wine

·Enhanced dissolution and chemical reactions in fat processing applications

▋Environmental Engineering

·Effective homogenization of soil and rock samples

·Facilitates detailed study of rock structural and physical characteristics

·Ensures representative sample preparation for environmental analysis

▋Biopharmaceuticals

·Uniform dispersion of pharmaceutical substances for injection formulations

·Efficient dispersion and extraction of traditional Chinese medicines

·Multi-functional processing: disruption, emulsification, homogenization, and fragmentation of specialized particles (e.g., carbon nanotubes, rare earth materials)

Features

▋Flexible Parameter Control

Ultrasonic duration and power can be continuously adjusted

Stable performance ensures consistent processing results

▋Smart Program Management

Create and store up to 20 customized operation programs

Instant recall of saved settings for repeated experiments

▋Comprehensive Safety Protection

Built-in over-temperature alarm system

Overload protection to prevent equipment damage

Time limit alarm for operational safety

▋Efficient Sample Handling

Ultra-low sample loss design

Wide volume compatibility: 100 μL to 600 mL

▋Versatile Working Modes

Intermittent pulse mode for delicate samples

Continuous pulse mode for high-throughput processing