The HABITAT Photo Cell CCT control tower includes LED panels essential for transforming your HABITAT research bioreactor into a photobioreactor. It enables precise monitoring and control of various bioprocesses and is ideal for applications involving photosynthetic organisms, such as algae cultivation. Photobioreactors facilitate the growth of photosynthetic organisms by providing controlled light exposure and environmental conditions, crucial for processes like biofuel production and carbon dioxide sequestration. The system includes two LED panels, the control unit with all connection options for the gas supply, liquid addition, sensors, and temperature control, as well as a tablet for simple and clear operation of the bioreactor. In addition to the HABITAT photo cell control tower, you have the option of connecting CO2, conductivity, and turbidity sensors.
The intuitive software allows easy control and monitoring of the bioprocess and associated parameters via a 10.4-inch tablet. Users can select from batch, fed-batch, and perfusion/continuous operating modes, catering to various cell culture techniques. The innovative Chaotic Mixing function enables efficient and homogeneous mixing when required. The control software provides clear calibration management, real-time data visualization, and complete process documentation, ensuring compliance with FDA CFR Part 11 requirements (optional).
Precise and adjustable gassing is achieved through four individual built-in mass flow controllers for four separate gas lines (N2, O2, air, and CO2), enabling flow rates of 0.01 – 2 L/min tailored to cell growth requirements. By using the integrated and freely customizable cascade control system, each gas flow can be automatically adjusted by the software at any time according to the ambient conditions in order to maintain the target parameters. Four integrated Watson-Marlow pumps with adjustable direction and speed offer highest precision and versatility in pumping in and out as acid, base, anti-foam agents, and feeding solutions for mammalian cell culture media management.
The system comes equipped with latest-technology sensors to precisely monitor and control critical bioprocess parameters. The standard sensors included are pH, DO (dissolved oxygen), temperature, filling level, and foam, with options to connect optional sensors like CO2, Conductivity, Turbidity, Viable cell mass, Redox, and Off-gas analysis. The integrated PID control ensures precise temperature regulation at all times, regardless of vessel type (single-wall or double-wall) or fill level. The unit features a compact, space-saving design with dimensions of 223 x 402 x 450 mm (WxDxH), cross-platform connectivity, data storage, and a status LED display. Only a control tower and the separately available vessel package make up a functional unit.