Livit Flex Bioprocess Controller
Revolutionize laboratory efficiency with our Livit Flex, the ultimate bioprocess controller that can be easily configured for your R&D application, whether for single-use or multi-use purposes.
- User-friendly interface
- Set up and observe experiments from a single location
- Plug & Play connection of sensors
Optimize Your Controller Configuration
Our Livit Flex can be configured as a single or dual control system for single-use or multi-use bioreactors, allowing you to customize the configuration to your specific needs.
Intuitive Interface and Software
Crafted with 40 years of bioprocess control experience, the Livit software provides built-in data logging and reduces operator error without the need for external software.
Overview
With nearly a half a century of knowledge and mastery behind Applikon technologies, Livit Flex brings a state-of-the-art approach to a bioprocess controller that can fit any R&D application. Easily configurable, Livit Flex can be customized to be a single or dual control system for the utilization of both single or multi-use bioreactors, maximizing benchtop space in a lab.
This user-friendly controller comes with the built-in Livit software platform in which each actuator or sensor featured has its own widget, making the task of modifying settings and connections between multiple controllers simple and efficient. Livit Flex also incorporates plug-and-play sensors through its Livit Links, allowing the controller to quickly recognize new devices being connected.
Features & Benefits
- OPC-UA compliant
- Single or Dual bioprocess control system
- Up to 8 variable speed pumps
- Built-in data acquisition, alarm, and user management
- Up to 12 mass flow controllers, or 8 mass flow meters
- Electronic gas selection block
- Plug-and-play sensor and actuators
- Compatible with Applikon multi-use and AppliFlex ST single-use bioreactors
- Compatible with V-control and Lucullus software
Documents
Applications
- Cell cultures
- Microbial cultures
- ATMP
- Batch cultures
- Fed-batch cultures
- Continuous cultures
- Perfusion cultures