SG-BSV micro-Volume Ball-Shape-Vessels 1ml~10ml Disposable.,Sage-Bio_specification/price/image

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This disposable mini 2ml spherical chamber bioreactor vessel is tailor-made for the DARC-G series gravity environment simulation systems, serving as a practical tool for cell culture experiments. It features a spherical structure that suits cell growth, with a 2ml volume accurately matching routine experimental needs. Equipped with a 4mm-diameter gas exchange membrane inside, it fully ensures efficient gas exchange and circulation required for cell metabolism. The integrated Luer one-way valve is user-friendly, enabling complete bubble removal and full filling of the chamber with culture medium, thus eliminating gas interference on cell growth from the source. The 8mm-diameter feeding port is appropriately sized, facilitating the addition of culture medium, reagents and subsequent sampling, which greatly enhances the convenience of experimental operations. Compatible with common laboratory equipment, it performs even better when paired with two-axis rotating culture systems, providing stable conditions for cell culture under microgravity and hypergravity environments. It finds wide application in fields like stem cell differentiation and tumor research.
This disposable mini 2ml spherical chamber bioreactor vessel is tailor-made for the DARC-G series gravity environment simulation systems, serving as a practical tool for cell culture experiments. It features a spherical structure that suits cell growth, with a 2ml volume accurately matching routine experimental needs. Equipped with a 4mm-diameter gas exchange membrane inside, it fully ensures efficient gas exchange and circulation required for cell metabolism. The integrated Luer one-way valve is user-friendly, enabling complete bubble removal and full filling of the chamber with culture medium, thus eliminating gas interference on cell growth from the source. The 8mm-diameter feeding port is appropriately sized, facilitating the addition of culture medium, reagents and subsequent sampling, which greatly enhances the convenience of experimental operations. Compatible with common laboratory equipment, it performs even better when paired with two-axis rotating culture systems, providing stable conditions for cell culture under microgravity and hypergravity environments. It finds wide application in fields like stem cell differentiation and tumor research.