The extensive process knowledge of GEA Pharma Systems and continuous
research delivers the most efficient mixers and blenders. We offer a wide
range of technical solutions and process options to ensure efficient mixing and
blending of pharmaceutical powders and granules.
Through the wall IBC Blender
Container blending has long been established as the most efficient
method of blending granules and powders in the pharmaceutical manufacturing
process. Reduced loading and unloading times, reduced cleaning time of both
machinery and room, improved containment and batch integrity have established
IBC blending as the pharmaceutical industry’s technology of choice. Our
“Pedestal” blender range allows blending in all volumes of IBC up to 3000L
capacity ...
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The Buck Systems™ blending technology is extended further with our range of
Post Hoist Blenders. All of the features and benefits of the Pedestal Container
(IBC) Blenders are repeated with the Post Hoist range. But the added benefits
of elevating the IBC after blending allowing for direct discharge into a
downstream process ... Read
more
High-Shear Mixing (HSM) Technology
The HSM Technology
is a new and exciting technology for IBC blending ... Read more
High Shear Mixing
The bottom-driven PMA™ from
Aeromatic-Fielder™ and the top-driven ULTIMAGRAL™ from Collette™ are
stand-alone pharmceutical blender mixers ... Read more
PharmaConnect® ‘plug and play’ approach enables a number of diverse process
modules from GEA Pharma companies to be docked to ONE control module.
High Speed Blender Module
The TRV is a high speed
blending unit, featuring a single, bottom driven impeller drive. It is
particularly suitable for the rapid batch blending of small quantities of
pharmaceutical active ingredients with base excipients, typical of inhalable
products ... Read more
The MPH range of planetary mixers by Collette™ (part of GEA Pharma Systems
Systems group) is built to comply with pharmaceutical cGMP-standards and is
recognized by companies worldwide as high quality, reliable and low maintenance
... Read more