Ika Bioreactors HABITAT photo ferment

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The IKA Bioreactors HABITAT Photo Ferment is an ideal solution for laboratories and research centers conducting advanced photobioprocesses. Its precision control, intelligent features, and user-friendly design make it perfect for developing high-value bio-based products. Whether used in biotech, academia, or industrial R&D, this photobioreactor combines flexibility, compliance, and innovation in one compact system.

IKA Bioreactors HABITAT Photo Ferment

The IKA Bioreactors HABITAT Photo Ferment is an advanced, space-efficient photobioreactor designed for cutting-edge research in light-integrated fermentation processes. This unit is equipped with a control tower and integrated LED panels, enabling precise monitoring and regulation of various bioprocess parameters. Ideal for applications requiring light stimulation—such as microbial, algal, and mammalian cell culture—the HABITAT Photo Ferment supports the development of complex bio-products including pharmaceuticals, vitamins, and fermented food metabolites.

The system provides fully integrated control over gas supply, fluid management, temperature, and process monitoring through a large touchscreen tablet and intuitive software interface. It supports various cultivation modes—batch, fed-batch, and continuous—while meeting regulatory standards with optional compliance for FDA CFR Part 11.

Features

  1. Compact and space-saving dimensions: 223 x 402 x 450 mm (L x W x H)

  2. Latest sensor technology for improved process insight and precision control

  3. Large 10.4-inch touchscreen tablet for clear and simplified operation

  4. Intuitive control software with guided setup and real-time monitoring

  5. Four integrated Watson Marlow fast-load peristaltic pumps with customizable direction and speed

  6. Full cross-platform connectivity: USB, PC, RS232, OPC-UA, Ethernet, external signals, disposable units, thermostat compatibility

Application

  1. Light-integrated fermentation processes, such as algal growth or light-activated microbial biosynthesis

  2. Research and development in pharmaceuticals, biofuels, and functional foods

  3. Production of vitamins, metabolites, and complex biochemicals

  4. Mammalian cell culture requiring controlled feeding and antifoam management

  5. Teaching and academic demonstrations of photobioreactor systems

  6. Industrial R&D labs seeking FDA-compliant bioprocessing platforms

Specification

  1. Dimensions: 223 mm x 402 mm x 450 mm

  2. Display: 10.4″ touchscreen tablet

  3. Gas supply: 4 built-in mass flow controllers (N2, O2, Air, CO2), adjustable from 0.01–20 L/min

  4. Pumps: 4 Watson Marlow integrated peristaltic pumps

  5. Sensors included: pH, dissolved oxygen (DO), temperature, fill level, foam

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

Gas & Liquid Supply

  • Four-channel internal mass flow controllers provide precise and flexible gas management

  • Customizable liquid management using integrated peristaltic pumps to handle acids, bases, antifoam agents, and feed solutions

Temperature Control

  • Reliable temperature regulation is ensured by heating sleeves matched to vessel sizes (included with cell vessel packages)

Monitoring & Control

  • Innovative chaotic mixing feature for homogeneous cultivation

  • Real-time data visualization, calibration management, and complete documentation

  • Optional compliance with FDA CFR Part 11 for validated environments

Conclusion

The IKA Bioreactors HABITAT Photo Ferment is an ideal solution for laboratories and research centers conducting advanced photobioprocesses. Its precision control, intelligent features, and user-friendly design make it perfect for developing high-value bio-based products. Whether used in biotech, academia, or industrial R&D, this photobioreactor combines flexibility, compliance, and innovation in one compact system.

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