Planetary Mixer

Planetary-Mixer

The planetary mixer is a high-shear mixer and is available with a variable speed drive. It is suitable for mixing ointments, inks, sauces, pastes, and foam used in the pharmaceutical, food, chemical, and allied industries. Principle of Planetary Mixer The principle of planetary mixer is based on the rotation of planetary blades on their own … Read more

Sigma Blade Mixer

Sigma Blade Mixer

The sigma blade mixer is one of the most popular mixers used for mixing and kneading high viscosity materials. It belongs to the family of double arm kneader mixers. It is a commonly used mixer for mixing high-viscosity materials. Principle of Sigma Blade Mixer The principle involved in these mixers, wherein very viscous materials are … Read more

Ribbon Mixer Blender

Ribbon Mixer Blender

A ribbon mixer blender is a light-duty blender mainly used for easy-to-mix powder components that are pre-processed, like dried granules and pre-sieved powders. It is a low-shear mixer and is mostly used for solid-solid mixing. Solid-liquid mixing can also be achieved when a high shearing force is not desired. It occupies less headroom space than … Read more

Twin Shell Blender

Twin Shell Blender

There are three popular shapes of twin shell blenders (also known as a tumble blender), namely; the V-blender, the double cone blender, and the slant cone blender. Tumble type blending is most suited for products of uniform particle size and density, and where requirements for fast, thorough cleaning are desirable for sanitary applications. The V-blender … Read more

Double Cone Blender

Double Cone Blender

Mixing is a common process step in the manufacture of products for industries such as healthcare, food, chemical, cosmetics, detergents, fertilizers, and plastics. The double cone blender (DCB) is used to produce a homogeneous solid-solid mixture. Principle of Double Cone Blender Double cone blenders are most often used for dry blending of free solids. The … Read more

Mechanisms of mixing

Mechanisms of mixing

In general, mixing involves one or more of the following mechanisms: Convective Mixing: Convective mixing is the process of transferring groups of particles in bulk from one part of a powder bed to another. It is also known as micro-mixing and is regarded as analogous to bulk transport. Depending on the type of mixer employed, … Read more

Difference between solid and liquid mixing

Difference between solid and liquid mixing

Difference between solid and liquid mixing: Industrial applications involve the mixing of solids to solids such as free-flowing solids to pasty materials, solids to liquids, and solids to gas, liquids to liquids, and liquids to gas. Liquid mixing Solid mixing (i) Fluid mixing is generally associatedwith liquid-liquid mixing and liquidgas mixing. (i) Mixing of solids … Read more

Factors affecting mixing

FACTORS AFFECTING MIXING

Factors affecting mixing: There are factors that can influence the efficiency of mixing, leading to the non-uniform distribution of materials, which can result in inaccurate dosage production. These factors are as follows: (i) Material density: If the mixture components are of different densities, the denser material will sink through the lighter one, the effect of … Read more

What is the application of mixing in pharmacy?

mechanism of mixing

(i) Dry mixing: Mixing helps various powders to be mixed in varying proportions prior to granulation or tableting. Dry mixing of the materials makes them suitable for direct compression into tablets.(ii) Product features: The mixing helps to deliver an accurate dosage that has an acceptable appearance and texture, or to maintain formulation stability for the … Read more