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Pharsol - Model F1 Series -Autoclavable Lab-Scale Bioreactor
Bionet F1 model includes an autoclavable lab-scale bioreactor designed to meet the challenging and widely diverse research and development requirements. It is widely used in small-scale biomolecule production using microbial and animal cells for biopharmaceutical, food, agricultural, and other biotechnological applications. It is an upgrade of the basic Bionet F0 model.
This model from Bionet is an optimal bioreactor/fermentor for microbial and cell culture production. It includes autoclavable bench-scale bioreactor, designed to meet the challenging and widely diverse R&D requirements. This model is perfect for biopharmaceutical, food, agricultural, and other biotechnological applications.
This model is available with a glass vessel in the following volumes:
- 0.5 L, single or double-wall vessel,
- 1 L, single or double-wall vessel,
- 3 L, single or double-wall vessel,
- 5 L, single or double-wall vessel, and
- 10 L, single or double-wall vessel.
You can also double-up with the possibility to perform parallel bioprocessing with the TWIN version of the equipment.
If you are interested in consulting our experts on getting an F1 bioreactor for your lab, contact us at [email protected] or via the form at the bottom of the page.
Though it’s serially produced and standardised to combine the highest technological solutions for the common market demands, it is well thought for its expansion and customisation towards a range of special requirements. This is made possible thanks to:
This module allows the automatic mixing of up to four gases (O2, N2, CO2, air) and their inlet through overlay and sparger. This means that we can regulate pH (acidification) of the broth with acid or carbon dioxide (CO2) and nitrogen (N2) as an actuator in the dissolved oxygen (DO) cascade.
This module allows the extraction and addition of fresh media for the continuous process. It can also be used for extraction, the addition of media, and separation of biomass in the perfusion process. The pump in the module has reversible direction and operating speed from 4 to 200 rpm.
This pump is perfect for nutrient addition in the fed-batch process based on the growth of the cells and growth profiles. The pump can also be used in the cascade control mode of dissolved oxygen (DO). The pump has reversible direction and variable speeds; 4, 30, or 100 rpm.
The bioreactor unit can be paired with a broad range of spare electronics/sensors.
Because of the software flexibility, we can integrate a variety of in-situ process analytical technologies:
- optical density sensors,
- gas analyzers, and
- glucose sensors.
These sensors and their measurements can be integrated into advanced control strategies. With the integration of a wide range of analytical technologies, the software also enables visualisation and use of measurements in advanced bioprocess control loops.