The Octagonal Blender is an efficient and versatile blending machine for mixing and lubrication process Octagonal Blender with Cylindrical Container of dry granules equally. It can be used for pharmaceutical, food, chemical and cosmetic products etc. Octagonal Blender consists of octagon shaped body, rectangular central portion and top and bottom polygonal frustum. It is provided with baffles for fast and efficient mixing, charging port and outlet with butterfly valve. It is very useful machinery for pharmaceutical industry where in gentle blending of dry granules or powder is to be done. Other important feature of this machine is easy to clean in place. The bin charging system can also be incorporated in it which is a dust free closed system for charging and discharging of powders or granules. The powder consumption is comparatively lower than the other similar type of blender.
Mass mixers are special pharmaceutical machinery used for through mixing of wet as well as dry or lump material, especially suited for tablet granulation.
V Blender is highly favored by the pharmaceutical and fine chemical industries. As the vessel rotates from the “V” position, the batch is divided into right and left legs. As the vessel continues its rotation, the batch blends and recombines. V Blenders can be built to suit customer requirements. The Blender is most suitable for paints, dye-stuffs and pharmaceutical. Suitable for dry mixing of products in powder form.
The Double Cone Blender is an efficient and versatile machine for mixing dry powder and granulates uniformly. Two-thirds of the volume of the cone blender is filled to ensure proper mixing. Double Cone Blender is used for pharmaceutical, food, chemical and cosmetic products, etc. These machines are extensively used in the pharmaceutical industry to granulate and blend medicated powders. It is also the best way to mix very heavy and abrasive products for total discharge of product with minimal retention. Blender features multi shear deflector plates for the improved blending efficiency of free flowing powders and granules.