Mills are used for milling solids. This milling fulfils two purposes: First, it enlarges the particle surface which increases the speed of dissolution. Second, it evens out differences between particle sizes in order to ensure that mixing can be homogeneous.
Due to their versatility, sieving machine mills play a crucial role in pharmaceutical chemical and food production. They can be integrated into complex production lines, for example for filling/emptying or transfer operations at process machines, or for filling and decanting containers (IBCs).
Arguments for use of mills:
high functionality
very small footprint
In particular in pharmaceutical clean rooms where there is often not much space, the small footprint of these systems is a great benefit. Hammer mills can also be equipped with an integrated lifting column so that they can be integrated into almost any conceivable process scenario.
Another feature that increases the efficiency of the processes is the mobility of the machines. For use or for cleaning, they can be moved or even disassembled quickly and easily.
Hammer or turbo mills are suitable for research and development, as well as for batch production or continuous manufacturing. They are used for the milling of powders, agglomerates, and granules. Hammer mills are used in particular if the application demands a precise particle reduction for hard-to-mill active ingredients and other substances. In addition, hammer mills are used to re-mill fragmented tablets.