Working principle

Under the action of the reciprocating movement of the plunger, the material is transported to an adjustable valve group, and is subjected to strong compression. When passing through the flow-limiting slit, it hits the homogenizing valve at a very fast speed, resulting in voids. The cavitation effect, impact effect and shear effect make the agglomerated materials evenly dispersed.

Applications：

Cell lysis

Special formulations

Food & cosmetics

Nanomaterials

Drug delivery

1. High disruption rate, can reach more than 95% after one cycle

2. Special feed valve design, no need to exhaust, direct feed

3. Frequency conversion control system, the flow can be adjusted according to requirements

4. The built-in cooling system can directly absorb the heat due to disruption and ensure the activity of intracellular substances

5. Design complies with GMP and pass EU CE certification

6. Optional: pneumatic pressurization, PLC control

1. High disruption rate, can reach more than 95% after one cycle

2. Special feed valve design, no need to exhaust, direct feed

3. Frequency conversion control system, the flow can be adjusted according to requirements

4. The built-in cooling system can directly absorb the heat due to disruption and ensure the activity of intracellular substances

5. Design complies with GMP and pass EU CE certification

6. Optional: pneumatic pressurization, PLC control