bioreactor models
ROSITA
The software solution for the F0 BABY, F1 and M1 benchtop bioreactors, adaptable to their common or special microbial and cell culture configurations.
While offering simplicity and flexibility at all levels, ROSITA increases experimental consistency via automation, improving reproducibility, and enhances deep understanding of the cell and the process parameters, facilitating process characterization and thereby its future optimization and scalability.
key features
Its design is:
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Highly intuitive in all its configuration and monitoring options across the screens, thanks to a range of symbols, notifications, and alarms.
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Scalable, by following the same workflow as in the industrial bioreactors and the same control, visualization, registration and management tools.
- Expandable functionalities, derived from its modular design that allows the Plug&Play of additional sensors and bSmart modules.
A variety of automation possibilities for a process control
Let’s take the control of Dissolved Oxygen (DO) as an example.
No matter whether you want to configure the gas flows directly, control the DO at a certain value by establishing control loops with associated actuators, or do this but at different levels throughtout the process on the basis of time or other events, you will find a range of tools to configure your control strategies.
A number of visualization tools to allow for real-time monitorization of your process and a deep analysis
ROSITA developers understand the benefits that the visualization and analysis of a bioprocess can bring in R&D and scale-up studies. Thus, ROSITA provides capabilities to:
- Visualize all process parameters in real time, in summary tables and trend graphs with many features that facilitate the navigation across data.
- Perform comparative analysis by allowing the plotting of up to 3 different batches.
- Calculate some process parameters.
These include summary tables, trend graphs and comparative graphs, which allow the comparison between past and current batches.
A powerful and flexible agitation module with easy maintenance
A precise motor serves the complete vessel volume range, with turbine options including Rushton, Marine and other customized options and a whole range of rpms. In addition, top agitation provides flexibility to the agitator geometry. For control see ROSITA.
A modular design that allows large adaptability to many different types of processes and needs, by the automatic recognition of all bSMART Modules and PATs
ROSITA supports the modularity of the equipment by upgrading its interface and functionalities upon the connection of additional instrumentation and/or actuators. Each of these come with their own control strategies and enable the integration of its data into ROSITA’s visualization and data registration tools.
Easy data exportation and registration tools that facilitate the management and analysis of bioprocess data
ROSITA registers all actuators’ and parameters’ data in ordered CSV format, which facilitates many data analysis tasks in R&D and scale-up activities.
Moreover, the exportation of recipe programmes from one bioreactor to another increases operation efficiency and experimental reproducibility.
Remote access facilitates monitorisation 24/7 and process control outside the laboratory
ROSITA is designed to be accessible both on-site and remotely via IP address within the LAN.
ROSITA Multibioreactor F0 and F1 TWIN enable control of multiple bioreactors
The ROSITA Multibioreactor upgrade enables the control of the 3x F0-BABY bioreactors from the same screen and Software license. In the F1 TWIN version of the F1 bioreactor series, the 2 bioreactors are controlled similarly, from the same BCU and software.
Personal profiles to facilitate operation of processes in a team
Users can be created, protected with a password and assigned a user level with the corresponding operational permits. This is specifically useful, when various processes are controlled simultaneously with F0 Multibioreactor or F1-TWIN.
Can be designed, built and qualified under GMP guidelines
Our GMP approach is structured so that design, construction and control can be adapted to your specific project and regulatory needs to allow the validation of your processes from standard to GMP.
add-ons
A full ecosystem of tools
within a single design environment.
In microbiology
In microbiology applications the bioreactor conditions that commonly have an impact on the strain’s metabolic pathway undertaken.
Bionet’s microbial bioreactors include the instrumentation and actuators required for the measurement and control of these parameters by default.
Moreover, these models allow for an expansion of its functionalities.
In microbiology
In microbiology applications the bioreactor conditions that commonly have an impact on the strain’s metabolic pathway undertaken.
Bionet’s microbial bioreactors include the instrumentation and actuators required for the measurement and control of these parameters by default.
Moreover, these models allow for an expansion of its functionalities.
In microbiology
In microbiology applications the bioreactor conditions that commonly have an impact on the strain’s metabolic pathway undertaken.
Bionet’s microbial bioreactors include the instrumentation and actuators required for the measurement and control of these parameters by default.
Moreover, these models allow for an expansion of its functionalities.
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