High-Speed Disc Stack Centrifuge for Precise Layer Formation and Fraction Collection
Description
The high-speed disc stack centrifuge is an advanced separation system engineered for the rapid and highly efficient separation of immiscible liquids or solids from liquids based on differential density. Its unique stacked disc design significantly enhances separation efficiency and throughput, making it an indispensable solution for a wide range of demanding applications in biotechnology, pharmaceutical, chemical, and food processing industries.
Principle
High-G Force Separation: The core of the system is a bowl containing a stack of conical discs that rotates at very high speeds. This rotation generates intense centrifugal force, causing components within the mixture to separate based on their density. Denser particles or liquids are thrust outward toward the periphery of the discs, while less dense components migrate inward toward the center axis.
Precise Layer Formation: The configuration of the disc stack provides a greatly increased surface area for sedimentation, facilitating the formation of distinct, stable layers of separated components within the bowl.
Targeted Collection: The separated components are then continuously and efficiently discharged through dedicated, purpose-designed outlets (e.g., centrifugal pumps, skimmers), allowing for the precise, automated collection of each isolated fraction.
