Special Features

• Single Machine with Multiple Processing Inserts.
• Standalone Compact & Modular Design complying cGMP Standards.
• Unique Distribution plate with Air Barrier for uniform coating.
• Rotor Stator Gap allows efficient process air volume to apply lifting force of granules.
• Stainless steel 316 L construction contact parts rest Stainless steel 304.
• 8” Pan - Stainless steel Perforated Drum.
• 21 CFR part II.

Advantages

• Top Spray Advantage :
  • Optimized solubility
  • Lower fine generation
  • Bulk Density can be controlled
  • Different coatings, taste masking possible
• Bottom Spray Advantage :
  • Allows Control release coating
  • Allows Enteric Coating & Active ingredient Layering As well.
  • Several layer of coatings can be applied
  • Special Design Distribution plate with Air barrier for better performance.
• Rotor Technology Advantage :
  • Comparatively highly spherical & less porous granules, as particle is permanently rolling on its own axis
  • Rotor induced centrifugal force creates a denser film deposition.
  • The rotor process provides the ability to granulate, spheronize, coat and layer
  • Granules with good content uniformity.

Special Features

• Top Spray Granulation : The fluid bed granulation process (also known as agglomeration) involves suspending particles in an air stream and a suitable binding agent is sprayed from the top into the fluidized bed (top spray). Particles in the path of the spray get slightly wet and become sticky. The sticky particles collide with other particles in the bed of material and adhere to them to form granules. The agglomerates formed are subsequently dried. In addition to the very effective drying process, granulation and coating processes with the top spray method offers many advantages in the fluid bed.
• Bottom Spray coating : The basic concept in Bottom Spray (Wurster) the coating is to separate the particles in the fluid bed from one another in an air (gas) stream. While the particles are suspended, a coating the formulation is sprayed from the bottom of the bed up onto the particles (bottom-pray).
• Rotor Technology This processing technique is with its physical principles quite similar to bottom spray coating, only that the product motion is provided by a motor-driven rotor disc. High Centrifugal Energy is created & co current spraying takes place in the product bed resulting in denser lm deposition. Rotor granulation can be accomplished by spraying a suitable binder suspension on powders, granulation & spheronization is completed by the spherical rope motion of the formulation. The final stage drying can be rapidly achieved as the large free area around rotor disc allows a throughput of large air volumes.