DAEMC - Model WS 41 -High Speed Tubular Centrifuge for Biopharmaceutical Applications
The WS 41 High Speed Tubular Centrifuge is engineered for the efficient and rapid separation of complex biological and pharmaceutical mixtures, specifically designed for pilot scale operations. This centrifuge features a continuous operation mode, comprised of a durable machine body, a reliable driving component, and a bowl for carrying out separation tasks. The system incorporates a liquid collecting pan and a liquid-in bearing seat to manage fluid throughput. Upon feeding the mixtures from the base of the apparatus, the rapidly spinning rotor facilitates the deposition of cells and solid particulates. Simultaneously, the liquid is extracted and managed through a collecting plate at the upper section. In instances where liquid phases are delineated into two separate entities, a density gradient facilitates their collection into distinct fractions via dual collecting plates. This model is widely employed within biochemical and biopharma sectors for tasks such as continuous extraction, purification, and clarification. It is designed to meet GMP compliance standards, ensuring quality and safety in all applications.
The WS41 high speed centrifuge is a continuous centrifuge designed for the rapid and efficient separation of biological and pharmaceutical mixtures on a pilot scale.
The WS 41 high speed centrifuges separator consists of machine body, driving part, bowl, liquid collecting pan and liquid-in bearing seat etc.
Liquid mixtures to be separated are supplied from the bottom to the rapidly rotating rotor. Cells and other solid particles are deposited in the rotor, while the liquid is removed in its upper part using a collecting plate. In the case of preparations separated into two liquid phases, a density gradient of the liquid in the rotor is formed and then the liquid is separated into two fractions using two separate collecting plates.
WS41 high speed centrifuge is popular used for continuous extraction, purification in the fields of Biochemicals, BioPharma. GMP compliant design.
- European-made components.
- GMP compliant design and documentation.
- Affordable and reliable.
- Easy to maintance.
Suitable for the following usage scenarios
- Harvesting biomass
- Clarifying process liquids
- Separating liquid products.
- Fractionation of human blood.
- Animal blood processing.
- Bioremediation
- Processing of granular, crystalline& fibrous suspensions.
- Separation of Lithium Chloride solution etc.
- Cheap to operate, do not require replacement of expensive membranes or other elements
- Consistent performance.
- Range of models facilitate scale-up.
- Simple to set up, use and clean for minimal down-time between separations.
- No replacement membranes or costly disposables.
- Small footprint saves space.
- For mixtures with very high solid concentrations, drum centrifuges can be supplied.
- Powerful 3-phase electric motors provide rapid acceleration and quieter operation.
