生物制药泵_生物反应器泵 - 槃实科技（深圳）有限公司

Biomedicine

Industry Applications Industry Applications

Microelectronics

Medical devices

Chemical industry

Biomedicine

Intelligent manufacturing

Overview

In the field of biomedicine, it is extremely important to protect the high-pure sensitive media during delivery and by mixing. In particular, cell activity is the top priority of all in relevant links, particularly in cell transport and mixing of culture media.
In the cell culture process, the traditional equipment may disrupt the activity of high-purity sensitive media and cells due to its mechanical friction and shear force, making it difficult to meet the high standard process in biomedicine industry.

Process Overview

Preparation of culture media

For media preparation, our maglev bearingless pump can ensure stable and accurate flow supply. The maglev mixer can not only mix media safely and evenly at a stable speed, but also support the rapid homogenization of liquid-liquid, and solid-liquids mixtures.

Delivery of culture media

Pumping is most commonly used for liquid delivery in biomedicine. Featuring low shear force, no pulsation, ultra-clean effect and easy maintenance and cleaning, our maglev bearingless pump could run at a stable flow rate in the long run.

Perfusion culture

Cell activity is the primary factor that shall always be considered in perfusion culture. With low shear force, our maglev bearingless pump can effectively increase cell density and yield, and fully satisfy TFF and rTFF, making it the best choice for continuous flow processes.

In-depth filtering

In the process of in-depth filtering, our maglev bearingless pump ensures stable flow pressure thanks to its advantages such as no pulsation and ultra-clean effect. Featuring simple structure and easy maintenance and cleaning, it is an ideal choice for this process.

Tangential flow filtration

In the tangential flow filtration process of biomedicine, pump is mainly used for driving fluid circulation smoothly and accurately, and ensuring the activity and integrity of target biomolecules. Featuring low shear force, no pulsation, and precise and stable flow rate, our maglev bearingless pump can ensure stable transmembrane pressure and tangential flow velocity, which is the core for ensuring filtration efficiency, membrane life, and process reproducibility.

Applications

Perfusion Culture

In perfusion culture, due to low shear force, high safety and stability, our maglev bearingless pump can effectively improve cell density and yield, making it an ideal choice for continuous flow process.

Purification

In the purification process, our maglev bearingless pump can supply flow precisely and stably at low shear force, so as to maximize the filtration effect.

Sensitive liquid delivery

High purity sensitive liquids must be treated properly to ensure their activity and purity. The maglev bearingless pump is actually a premium choice for that, thanks to its characteristics of no mechanical friction, ultra-clean effect and low shear force.

Even mixing

Our maglev mixer can mix media stably, safely and quickly at low shear force and adjustable speed.

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