Disperser For The Pharmaceutical Industry

The pressure differences generated by the centrifugal action of the rotor and the pumping action are employed to optimize the wetting and dispersion of the powdered solids in liquid. The liquid is pressed into the core of the powder structure in the positive pressure area of the rotor, and the powder enters the liquid as the air contained in the powder expands in the negative pressure of the suction area.



Powders that are wetted in this manner can be finely dispersed with a significantly lower energy input. Consequently, products that do not necessitate additional grinding can be produced with a quality that is permanently reproducible.



Products that necessitate additional homogenization in a rotor/stator or additional grinding in an agitator bead mill can be processed with optimized parameters, such as smaller grinding media or a higher throughput. The reproducibility of the grinding result is positively impacted by the consistent quality of the predispersion.input:
output:That is why the EpsilonVita can be integrated with the GammaVita, KappaVita, and LambdaVita model series to form the System Vita.input:
output:Concentrate on Your Advantages

Product undergoes minimal heating.Shear forces with the least amount of input

Deaeration of the product subsequent to the addition of powder
The efficient and effective dispersion of powder results in time savings.
A high level of accessibility