In tablet production the practice of granulation procedure has an imperative influence in light of the fact that the nature of the last tablets will be dictated by the goodness of the granules utilized for its pressure. Oscillating Granulator has one rotor with five edges, which wavers on flat pivot. There is one half round sifter mounted at the base of the rotor. Item is charged from the best through in feed container and material falls on the rotor replenishes. The particles are broken by an arrangement of swaying bars orchestrated in round and hollow frame over a screen of reasonable work. Because of the sharp edges on rotor, the scaling back of molecule happens and through sifter material gets pushed outward from the base opening. The product comes with a conventional size lessening innovation and is suited for creation of granules from dry and wet materials. Delicate pounding activity of flat rotor against wire work gives uniform partial estimate.
Oscillating Granulator enables the utilization of wire work or punctured work. It does not create heat or tidy and is perfect for sticky heat sensitive items. The container and rotor can be effortlessly expelled for cleaning. Wellbeing network over container and side gatekeepers are given. The yield shifts from 50 to 300 kg for each hour relying upon item and screen.
- Optimum performance
- Longer service life
- Excellent mixing
- Suitable for production of granules from dry and wet materials.
- Wire mesh or perforated mesh can be used.
- Does not generate heat or dust, ideal for sticky heatsensitive products.
- Safety mesh on top of hopper and side guards are provided.
- Output varies from 50 to 300 kg per hour depending on product and screen.
- Hopper and rotor can be easily removed for cleaning.
In tablet making activity the granulation process plays an essential role, because the quality of final tablets will be determined by virtue of the granules utilized for its compression. Oscillating Granulator comprises one rotor with five edges, which oscillates on horizontal axis. There is one half round sieve affixed at bottom of the rotor. The Product is charged from top through in feed hopper, and material falls on rotor lades. The particles are broken by a oscillating bars set, arranged in cylindrical form over an appropriate mesh screen. Due to the rotor sharp edges the downsizing of particles occurs and through sieve material gets forced outward from the bottom opening.
37-D, Sarita Estate, Off Andheri- Kurla Road, Jarimari, P. O. Box No. 8902, Mumbai, Maharashtra, 400072, India