Corning® Advanced-Flow™ Reactors are high-throughput, easily scalable reactors that are built around the same fundamental component – the integrated fluidic module, a meticulously engineered reactor plate made of either glass or silicon carbide – which allows for rapid and seamless scale-up from lab scale to commercial production.
Corning advanced flow reactors are used across continuous pharmaceutical manufacturing, API synthesis, and process intensification workflows. The glass and silicon carbide module designs provide superior heat and mass transfer compared to conventional batch reactors — a critical advantage for exothermic reactions, fast-mixing chemistries, and hazardous intermediates. For teams scaling from lab to pilot to commercial production, an advanced flow reactor eliminates the batch-to-batch variability of traditional stirred-tank systems while improving yield and reducing solvent consumption.
For more information on Corning and the process systems we can supply and design, please visit our sister site Kilolabs.com.
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