Static Cell Expansion Biocontainer Assemblies
XytoFlex™ biocontainer assemblies are optimized for cell expansion applications on suspension based cell lines. The EVA biocontainers are available in standard sizes from 50 mL to 5 L with either 2 or 3 ports (including a swabable valve/needleless sampling valve).
All assemblies are animal component free (ACF), gamma stable, and have been extensively tested for biocompatibility following numerous USP and ISO standards. Meissner’s XytoFlex™ assemblies come standard with choice of either RF-sealed BioFlex® PVC tubing, or M-Flex® TPE tubing with a male luer, female luer, and an optional swabable needleless sampling valve. Our team of expert engineers can design the ideal single-use assembly for your process.
2-Port Biocontainer Sizes
5 L
3 L
1 L
500 mL
250 mL
50 mL
3-Port Biocontainer Sizes
5 L
3 L
1 L
500 mL
250 mL
50 mL
XytoFlex™ FAQs
Achieving the optimal environment for cell growth is of utmost importance in cell cultures. For the expansion of most cells, incubators maintain the internal atmosphere at 37° C and at 5% CO2. To make use of this environment, the expansion biocontainer needs to be able to exchange O2 and CO2 to promote optimal cell growth.
We offer volumes ranging between 50 mL and 5 L. Please see specific dimensions and volumes in the XytoFlex™ Standards Guide.
XytoFlex™ expansion biocontainers are designed to enhance cell growth of suspended cell cultures that grow in static conditions, such as T-cells and B-cells among others.
Reducing the risk of contamination and human error is as critical as, if not more than, providing the cells with the optimal environment for cell growth.
Specific data on the transmission rates of various gasses can be found on our Qualification Guide, which is available upon request.
Optimal cell growth with XytoFlex™ will be achieved while inside a CO2 Incubator. (Please refer to FAQ question #1.)
XytoFlex™ biocontainer assemblies can be customized to fit your specific requirements with options for tubing materials, number of ports, and connectivity.