Multimills are cylindrical hammer mills used mainly for milling, sizing & de-lumping. Milling depends on many factors like physical & chemical characteristics of the product, design of machine, design of hammers, environmental conditions & most importantly, the type of sieves used. Sieve parameters like the size & shape of the aperture, pitch & thickness play a very important role in material processing.

Comminuting mills are horizontal hammer mills used mainly for milling, sizing & de-lumping. Milling depends on many factors like physical & chemical characteristics of the product, design of machine, design of hammers, environmental conditions & most importantly, the type of sieves used. Sieve parameters like the size & shape of the aperture, pitch & thickness play a very important role in material processing.

Conical Mills are used for de-agglomeration, sizing, milling & sometimes also for granulation. During sizing, the particle size distribution depends on many factors like physical & chemical characteristics of the product, design of machine, design of impeller, environmental conditions & most importantly, the type of sieves used. Sieve parameters like the size & shape of the aperture, pitch & thickness play a very important role in material processing.

Turbo Mills are cylindrical hammer mills used in combination with the Turbo Sifter. These are used mainly for milling, sizing & de-lumping. Milling depends on many factors like physical & chemical characteristics of the product, design of machine, design of hammers, environmental conditions & most importantly, the type of sieves used. Sieve parameters like the size & shape of the aperture, pitch & thickness play a very important role in material processing.

Granulation is an agglomeration process or a particle size enlargement process. For proper granulation parameters like sieve thickness, pitch & aperture size are important in maintaining the proper granule size & reduce the generation of fines.

Direct Granulation eliminates many intermediate process steps & is a preferred method of granulation for some materials. For proper granulation parameters like sieve thickness, pitch & aperture size are important in maintaining the proper granule size & reduce the generation of fines.

Turbo Sifters use a combination of rotary screw & centrifugal actions. These are used mainly for sizing & de-lumping. Sieve parameters like the size & shape of the aperture, pitch & thickness play a very important role in material processing.

Sifters usually use vibration energy or a combination of Vibration & ultrasonic energies to achieve screening. Sieves have to be specially designed to resist the high tensile stress generated. Since Particle Size Distribution plays a vital part in drug dissolution, maintaining the accuracy of the sieve apertures is an essential part of sieve manufacturing. Proper thickness of wire, accurate nominal aperture sizes, high tensile strength & tautness of the sieve are essential for high sifting performance.

Centrifugal action can achieve a high volume of screening with a small machine footprint. These are mainly used for Check Screening but can also be used for sizing & separation. Sieves are designed to withstand the high stress forces generated and apertures and sheet thicknesses are carefully selected for maintaining proper throughput & particle size distribution

The process of removal of water or another solvent by evaporation from a solid, semi-solid mixture in a fluidized bed requires the use of proper bowl sieves. Sieve parameters like wire thickness, mesh counts & absolute aperture size are important in maintaining the proper pressure drop which is essential for efficient fluidization.

Extrusion spheronization is used to produce pellets/spheroids of uniform size with high drug loading capacity. For proper wet mass extrusion, parameters like sieve thickness, pitch & aperture size are important in maintaining uniformity.

A FBP/FBE uses the principle of fluidized bed to perform various processes like Granulation, Coating etc. Sieve parameters like wire thickness, mesh counts & absolute aperture size are important in maintaining the proper pressure drop which is essential for efficient fluidization.