The Beebio hollow fiber ultrafiltration system can process up to 50% solid content feed solution, reducing the risk of membrane pore blockage or membrane fouling and increasing the continuous processing capacity of the filter.
Hollow fiber ultrafiltration system
Filtration is the most commonly used separation and purification technology in the biopharmaceutical industry. According to the different injection methods of the filter, it can be divided into direct flow filtration (DFF) and tangential flow filtration (TFF). In the traditional DC filtration method, the sample liquid is vertically "pressed" over the surface of the filter membrane, which can easily cause filter blockage or contamination, hence it is also known as dead end filtration; In the tangential flow through the filter, the injection liquid circulates parallel to the membrane surface in a "tangential" direction, which can form a "sweeping" effect on the accumulated materials on the membrane surface, reducing the risk of membrane pore blockage or membrane fouling and increasing the continuous processing capacity of the filter.



Schematic diagram of tangential flow filtration
Industry Applications
- Cell perfusion culture
- Cell harvesting
- Cell or lysate clarification
- Purification and concentration of target products such as recombinant proteins and viruses
- Purpose: Wash and filter the product/change the solution
- Rinsing of drug carriers such as liposomes and nanoparticles
Product Features
- Can handle up to 50% solid content liquid materials
- Strong anti pollution ability
- Widespread drug resistance
- Stable high-throughput

Application Cases


Membrane column selection
Membrane material |
mPES(Modified Polyether Sulfone)PAN(Hydrophilic polyacrylonitrile)PVDF(Polyvinylidene fluoride)PS(Polysulfone) |
Microfiltration pore size (μ m)m) |
0.1、0.2、0.45、0.65、1.0 |
Ultrafiltration pore size(KD) |
1、3、4、5、6、10、13、30、50、70、80、100、300、500、750 |
Membrane area(cm2) |
13-82000 |
System Selection




