Cphem | Модель

Luperini high shear mixer granulator I-Pot

The version "high shear mixer granulator" is designed to mix and granulate different pharmaceutical powders in different formulations, thanks to the combined action of the impeller and chopper can handle all types of product.
One Step version, the whole work process from product loading, mixing, granulation, drying is performed in the same machine, avoiding problems of contamination and loss of product that you may have during the transfer of powder from a traditional granulator to a FBD.
• available, according to a scale-up, configuration and options best suited to each specific process.
• Equipped with automatic systems for loading the product by gravity through our I-pharma bin, or by vacuum (in high containment with the application of split valves).
• Binder solution Spraying, manually or automatically.
• I-Pot can be supplied with the tilting system, heated jacket and injection of air through the impeller, which allows to work difficult products, have a better quality of the granules, and reduce drying times.
• With drying option, in I-Pot, the entire production process of dry granules is carried out within the same container, thus avoiding risks of contamination.
• Possibility to download product directly in the I-pharma-bin or through the mill. (high containment with the application of split-halves).
• The I-Pot can be cleaned easily with a (CIP) system at the end of each cycle and can be inspected in its entirety, making it easy to FDA validation.
• I-Pot can process products of water and solvent bases, and to recover all vapour sucked through an integrated system of condensation.
• flexible technology: processing of effervescent products and sensitive to heat and moisture.
• Reduced space required for installation, installation through wall.
• I-Pot control system with the PC touch sreen and 21 CFR PART 11 for control and supervision of the process, either automatic or manual.
• I-Pot is available in ATEX version, to operate in a hazardous area.

Model Features