Solaris - Solaris Biotech Solution Jupiter 3.0 Fermenter

Applications & Use Cases

• Process development and optimisation in biotechnology.
• Small-scale production of biological products.
• Academic research and educational purposes in life sciences.
• Cell culture and microbial fermentation studies.

Typical Specifications

Typical vessel volume

For this class of equipment, total volumes commonly range from 2.0 L to 10.0 L.

Pressure handling

Units of this type typically handle pressures up to 1.6 bar in smaller jacketed vessels.

Sterilisation method

Fermenters in this category are commonly designed to be autoclavable and sterilizable.

Control system

Advanced SCADA software, such as LEONARDO 3.0, is typically used for automated process management.

Parallel operation

Many systems offer parallel management, allowing simultaneous operation of multiple units from a single interface.

Remote access

Remote monitoring and control via PC, tablet, or smartphone is a common feature.

Footprint

For laboratory-scale units, the footprint is typically compact, designed for benchtop or small-scale lab environments.

Frequently Asked Questions

• What types of organisms can be cultivated in this fermenter?

  This type of fermenter is typically suitable for a wide range of microorganisms, including bacteria, yeast, and mammalian cells, depending on the specific vessel configuration and control parameters.

• Is this unit suitable for GMP environments?

• What utilities are typically required for operation?

• Can the software be integrated with existing lab systems?

• What level of maintenance is typically involved?