laboratory-scale-high-shear-mixer-granulator-gmp-model

Rapid Mixer Granulator SRMG-10 & 25 GMP Model (SRMG-5Kgs & SRMG-10 Kgs)

SRMG - 25 - Mini - Rapid Mixer Granulator GMP (10Kg - 25Ltr) Pilot scale rapid mixer is mainly used in R&D or F&D facility for the wet mixing of the pilot batches. Basically, it consists of a Bowl, Impeller & Chopper assembly. The Process The RMG performs dry mixing & wet granulating by basic design of the special four arm of the mixing impeller and sequences of the mixing process in the cylindrical mixing drum with rounded connection to the base plate, achieve another special effect. The mixing process runs without varying pressure zone in the volume of mixing product. Separately driven multiple choppers can effectively intensify the mixing result in particular when liquid or paste components are added. During humidifying and granulating process of the products, the chopper controls and regulates the granular spectrum and structure of the granules according to the product, chopper shape and time. The RMG system requires only small quantities of

Read More
high-shear-mixer-granulator-plc-gmp-model

Rapid Mixer Granulator SRMG – 10 & 25 – PLC (SRMG-5Kg – 10L & 10Kg 25L)

SRMG – 25 – Mini - Rapid Mixer Granulator GMP (10Kg – 25Ltr) Pilot scale rapid mixer is mainly used in R&D or F&D facility for the wet mixing of the pilot batches. Basically, it consists of a Bowl, Impeller & Chopper assembly. Construction: It consists on main structure, which is made from mild steel square tube and covered from SS-304 grade. All main drive related assemblies are covered in to main structure and castors provided for mobility. The Process: The RMG performs dry mixing & wet granulating by basic design of the special four arm of the mixing impeller and sequences of the mixing process in the cylindrical mixing drum with rounded connection to the base plate, achieve another special effect. The mixing process runs without varying pressure zone in the volume of mixing product. Separately driven multiple choppers can effectively intensify the mixing result in particular when liquid or pa

Read More