Fluid Bed Processors

Granulation, Drying, Pelletizing and Coating Fluid Bed Processing by Aeromatic-Fielder™
For nearly fifty years, GEA Pharma Systems - Aeromatic-Fielder™ has supplied advanced fluid bed processing plants for blending, granulating, drying, pelletizing and coating to the pharmaceutical industry. This includes small capacity systems designed for R&D as well as industrial size plants for batch production of pharmaceutical compounds under cGMP conditions ... Read more and download

NEW FlexStream™ Fluid Bed Processor by Aeromatic-Fielder™
Flexible Fluid Bed Processing with FlexStream™ (patent pending) a NEW Multi-Purpose Processor from GEA Pharma Systems – Using proven Aeromatic-Fielder™ fluid bed technology to achieve fluid bed granulation, drying and pellet coating (or tablet coating) in ONE processor ... Read more and download

MP-Micro™ bench-top Fluid Bed Processor by Aeromatic-Fielder™
Purpose-designed for R&D projects, the MP-Micro™ Fluid Bed brings all the flexibility of a full-size production fluid bed processor to the laboratory benchtop ... Read more and download

Technical article: In-line process analysis of residual moisture in a Fluid Bed Granulator / Dryer using NIR Spectroscopy
The authors describe the in-line moisture measurement of a pharmaceutical granulation of lactose, microcrystalline cellulose and crospovidone in a fluid bed granulator dryer ... Read more and download

Technical article: Fluid Bed Precision-Granulation™ as an Alternative Granulation Method
Fluid Bed Granulation and High Shear Granulation are presently the most important wet granulation techniques employed in the pharmaceutical industry. Precision-Granulation™, a new bottom spray method, is evaluated for comparison with the conventional granulation methods ... Read more and download

Technical article: Up-scaling of Fluid Bed Processes
As a result of the FDA PAT initiative an increased interest in process understanding is seen in the pharmaceutical industry. Also a rising interest in “consistent” processes is noticed. Aim is that during pharmaceutical processing each particle should undergo the same experience independent of equipment or scale of operation. This paper reviews the consequences of transferring a fluid bed process from scale 1 to a larger scale 2 ... Read more and download