Dispersing principle:

When sonicating liquids the sound waves that propagate into the liquid media in alternating high-pressure ( compression ) and low-pressure ( rarefaction ) cycles. This applies mechanical stress on the attracting electrostatic forces. Ultrasonic cavitation in liquids causes high speed liquid jets of up to 1000km/h (approx. 600mph). Such jets press liquid at high pressure between the particles and separate them from each other. Smaller particles are accelerated with the liquid jets and collide at high speeds. This makes ultrasound an effective means for the dispersing and deagglomeration, but also for the milling and fine grinding of micron-size particles.

Main advantages:

1. 8 IN 1 Control box,

2. One button control several systems at the same time,

3. Explosion levels,

4. Intelligent control,

5. Remote control.

6. Time-saving, Lower power comsumer

7. A significant reduction in maintenance costs

 
Other Applications:

1. Disruption of cells, bacteria and tissues,
2. Adjustment of ribosome,
3. Cutting of actinomycetes and fungal threads,
4. Acceleration of a chemical reaction,
5. Extraction of special components by disruption of tissue fragments,
6. Emulsification and dispersion in samples (a mixture of liquids such as water-oil, water-silver, etc.).