Flexible Flask Inlay With Baffles for Oxygen Transfer

The baffle structure is separated from the flask body, becoming a removable inlay that can be inserted into standard flasks. This segmentation allows the baffle function to be achieved without modifying the flask production process, thus maintaining simple flask manufacturing while improving oxygen transfer efficiency.

The inlay acts as an intermediary component between the flask and the culture medium. It provides the baffle function needed for improved mixing and oxygen transfer without requiring the flask itself to be complex or specially manufactured.

By separating the baffle function into a removable inlay, the standard flask can be manufactured using simple, cost-effective processes. The inlay itself can be produced independently using inexpensive materials and methods, avoiding the need for expensive specialized flask manufacturing.

The inlay can be made from inexpensive materials such as plastic or silicone, offering a cost-effective alternative to permanently modifying glass flasks. The inlay can be easily replaced if needed, providing an economical solution for improving oxygen transfer.

The inlay transitions from a flexible state during insertion to a stable state during use. The flexible material allows easy insertion and removal, while the design ensures structural stability when the inlay is positioned in the flask for culturing operations.

The inlay is made from flexible materials that can be bent or folded for insertion into the flask, then assume a stable configuration once in place. This flexibility enables easy operation while maintaining the structural integrity needed for effective baffling.