Ika Bioreactors HABITAT photo ferment cct

IKA Bioreactors HABITAT Photo Ferment CCT

The IKA Bioreactors HABITAT Photo Ferment CCT is a sophisticated bioprocess control unit specifically designed for photo fermentation applications. Integrated within the HABITAT research bioreactor package, this system offers precise monitoring and control over fermentation processes that incorporate light as a critical environmental factor. With an LED panel and complete process control interface, this system enables light-assisted bioprocesses ideal for microbial and biochemical research.

Photo fermentors are essential in enabling light-regulated metabolic pathways in microorganisms, improving the production of complex bioactive compounds such as pharmaceuticals, vitamins, and value-added metabolites in food fermentation. The system includes a control tower, integrated pumps, sensor connectivity, gas and liquid management options, and a user-friendly tablet for seamless operation. Additional sensors such as CO2, conductivity, and turbidity can also be connected for more advanced data collection.

Features

1. Compact footprint: Dimensions of 223 x 402 x 450 mm, ideal for laboratories with limited space

2. Integrated LED panel: Supports controlled lighting essential for photofermentation processes

3. Intuitive 10.4-inch tablet: Simplifies operation and enhances monitoring clarity

4. Advanced control software: Supports batch, fed-batch, and perfusion with real-time data tracking

5. Integrated Watson Marlow pumps: Four adjustable pumps for precise fluid management

6. Versatile connectivity: Supports USB, PC, RS232, OPC-UA, ethernet, external signals, and disposable unit integration

Application

1. Photofermentation research: Enables light-assisted metabolic activities in bacteria, algae, and fungi

2. Pharmaceutical production: Supports light-dependent synthesis of complex drug compounds

3. Nutraceutical development: Enhances vitamin and metabolite production in light-sensitive fermentation processes

4. Food and beverage innovation: Optimizes quality and yield in phototrophic fermentation products

5. Environmental biotech: Useful for research in bioremediation and carbon capture using phototrophic organisms

6. Academic and industrial R&D: Ideal for experimental setups requiring light-regulated bioprocess parameters

Specification

1. Dimensions: 223 x 402 x 450 mm (L x W x H)

2. Tablet display: 10.4-inch touchscreen for full system control and visualization

3. Gas control: Four internal mass flow controllers for N2, O2, air, and CO2 (flow rate: 0.01–20 L/min)

4. Pump system: 4 integrated Watson Marlow peristaltic pumps with directional and speed control

5. Standard sensors: pH, DO (dissolved oxygen), temperature, level, foam

6. Optional sensors: CO2, conductivity, turbidity, viable cell mass, redox, off-gas analysis

Gas & Liquid Supply

• Gas management: Enables custom gas mixtures via integrated MFCs for tailored oxygenation and pH balance

• Fluid handling: Easily manage nutrient feed, antifoam agents, and pH control solutions with programmable pumps

Monitoring & Process Control

• Operation modes: Supports batch, fed-batch, and continuous processes

• Software: Provides real-time visual data tracking, calibration management, and documentation

• Chaotic Mixing: Ensures effective and homogeneous mixing of the culture medium

Temperature Control

• Thermal regulation: Achieved via vessel-specific heating jackets included in the vessel package

• Consistent environment: Ensures optimal conditions for temperature-sensitive light-driven processes

Conclusion

The IKA HABITAT Photo Ferment CCT system combines advanced light-based process control with flexible configuration for various fermentation applications. Designed for researchers and industry professionals working in phototrophic bioprocessing, it provides powerful tools for precision control, data documentation, and real-time monitoring. Its compact design, smart integration, and scalable features make it an essential asset for labs and production units seeking to optimize light-influenced bioprocesses.