Eppendorf BioFlo 320 Glass Vessel Bioreactor 5L

• Cell culture and microbiology research, including aerobic and anaerobic fermentation.
• Cultivation of mammalian, insect, and human cell lines for various biotechnological purposes.
• Pilot-scale production of biopharmaceuticals, vaccines, and other biologics.
• Development of biofuels, biopolymers, and other bio-based products.
• Specialised applications such as stem cell culture and packed-bed bioreactor processes.

Typical vessel material

Autoclavable borosilicate glass, commonly with stainless steel headplates and bottoms for durability and sterilisation.

Typical working volume

For this class of equipment, working volumes typically range from 1L to 10L, with 5L being a common configuration.

Drive system compatibility

Units of this type are commonly compatible with both magnetic and direct overhead drive systems, offering operational flexibility.

Impeller options

Typically supports a range of impellers including Rushton, pitched blade, marine blade, and specialised options for cell culture.

Temperature control

Designed for precise temperature control, suitable for both rapid heating/cooling and gentle processes.

Process suitability

Commonly used for batch, fed-batch, and continuous processes.

Power supply

Typically requires standard laboratory power, commonly 230V, 50Hz in the UK, for controller and drive unit.

• What are the primary advantages of a glass vessel bioreactor?

  Glass vessels offer excellent visibility of the culture, are autoclavable for sterilisation, and are chemically resistant, making them suitable for a wide range of applications.

• Can this bioreactor be used for both microbial and cell culture applications?

• What kind of temperature control system does this unit typically utilise?

• Is this equipment suitable for GMP-regulated processes?

• What maintenance is typically required for a bioreactor of this type?

Bioreactors and fermenters are valued for reliable performance in scaling bioprocess development and manufacturing. Buyers typically prioritise vessel integrity, sterilisation capability, and control system functionality when purchasing used equipment. Industry sentiment favours units with documented maintenance histories and calibrated instrumentation. Key strengths include robust construction and adaptability across multiple applications. Common considerations include sensor condition, heating and aeration systems, and compatibility with existing facility infrastructure. Equipment from established manufacturers generally commands buyer confidence for critical bioprocessing operations.

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