Bioreactor/Fermenter Combinations TRIZ Cases

External wrap-around chain drives eliminate corrosive rope breakages and blockages in biogas fermenters.

Segmenting the probe from external electronics prevents damage during insertion while maintaining sterility in flexible bioreactor bags.

Segmented fluid flow in a cell shear device detaches cells from microcarriers via controlled shear stress, minimizing cellular damage during separation.

A bioabsorbable substrate of granular bodies wrapped in a bag maintains shape during adipose tissue regeneration.

An induction heating plate generates heat via electromagnetic fields to warm samples without physical cables.

A foam collector condenses persistent fermentation foam into liquid to concentrate target metabolites.

Segmented reactor vessels with external lighting reduce manufacturing complexity while maintaining high microalgae production yields.

Lens assembly transforms spherical waves into plane waves, expanding uniform field area while maintaining compact system size.

A multi-walled biological processing assembly uses an isolatable transfer port to enable controlled material movement between incubation and aseptic zones.

Reversible magnetic binding replaces permanent probe attachment, enabling flexible array reconfiguration and reuse without complex fabrication steps.

Segmented culture plates with pneumatic ejection resolve the contradiction between reliable organoid retention and easy medium replacement.

Segmenting the acoustic field across independent frequency zones eliminates hot spots and ensures uniform cellular material shearing.

An agitating filter device purifies biological samples by alternating suction and back wash cycles to prevent clogging and maintain separation efficiency.

Functionalized microchannels capture sickle cell disease red blood cells via specific agents, enabling rapid diagnosis without complex laboratory equipment.