Pellet Production Lines
The pelletizing process for the production of pharmaceutical pellets - including extrusion and spheronization, production of pellets by powder layering and liquid layering and pelletization via melt and wet granulation processes.
Producing Pharmaceutical Pellets
Pharmaceutical pellets offer a number of additional features compared with conventional tablets. GEA is a market-leading supplier of pelletization equipment and process solutions, and can help you to select the system that best suits your needs.
The GEA Advantage
Specialising in the design, build and supply of equipment for the production and laboratory development of pharmaceutical pellets (spheroids) by extrusion and spheronization, powder and liquid layering, high shear pellet processing, and
Products
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AirConnect Fluid Bed Processor & Coater
Committed to providing flexible, modular equipment to support research and development in the pharmaceutical industry, the multipurpose AirConnect from GEA delivers a range of fluid bed processing solutions for small-scale applications.
FlexStream Fluid Bed Processor
FlexStream is a multi-purpose processor that addresses the shortfalls of traditional fluid bed processing, including linear scale-up, fully contained loading and unloading for Pharmaceutical applications.
Fluid Bed R&D Processing of Pharmaceuticals
A complete range of technologies for R&D designed for specific applications, our small-scale range covers every aspect of pharma oral solid dosage production, from high shear mixers, fluid bed dryers and single pot systems to extruders and spheronizers, blenders and containment solutions, right through to tablet compression.
Liquid Layering of Pellets by Fluid Bed Processing
Built-in versatility - For maximum process flexibility, GEA can supply a single Fluid Bed unit or FlexStream fluid bed processing – granulation, drying & pellet coating in one unit.
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GEA Insights
Una visión realista del sector biotecnológico
El nuevo Centro de Aplicaciones y Tecnología (ATC) de GEA en Sarstedt, al sur de Hannover, no es una sala de exhibición ni sustituye a un laboratorio. Es un lugar destinado a realización de pruebas, recopilación de datos y toma de decisiones en una fase temprana. Es en este punto donde queda claro si un concepto biológico puede convertirse en un proceso industrial robusto. Ese paso es más importante de lo que podría parecer.
Cambios en el envasado de alimentos: 4 tendencias
El termoformado lleva mucho tiempo desempeñando un papel fundamental en el envasado de alimentos. Ahora se enfrenta a un cambio importante. A medida que se endurecen las normativas, evolucionan los materiales y aumentan los costes, las líneas de envasado formado, llenado y sellado deben hacer algo más que funcionar de forma fiable: ahora determinan cómo los alimentos se mantienen frescos, asequibles y reciclables. Eche un vistazo a las principales tendencias en termoformado que están marcando el panorama del envasado y entrega de alimentos.
