
Programmable light profiles
Bioflex™ setpoint editor: for every LED channel you set the intensity over time, with static or dynamic profiles, ramp slope and repeated cycles.
Cultivation systems for microalgae, cyanobacteria and other photosynthetic microorganisms: the kit brings automated control of light intensity, photoperiod, wavelength, temperature, pH, gas composition, aeration and mixing to the Biobook. Available in airlift or stirred-tank configuration, from 0.5 to 12 L total volume.


Bioflex™ setpoint editor: for every LED channel you set the intensity over time, with static or dynamic profiles, ramp slope and repeated cycles.

Experimental characterization of the red, green and blue channels: PPFD grows linearly with the set intensity, so every setpoint delivers a predictable light dose. As a first approximation, total PPFD = 3.40 × R% + 3.08 × G% + 4.18 × B% (µmol·m⁻²·s⁻¹).
The key parts of the system and their specifications. Full details are in the datasheet.

Mechanical mixing with an impeller for robust, high-density cultures, or pneumatic mixing, with very low shear, for delicate microalgae and cyanobacteria.
Automatic pH control through acid/base addition or CO₂; gas lines for air, CO₂, O₂ and N₂.
From 0.5 to 12 L total volume; temperature from 2 to 70 °C with automatic closed-loop control.
Independently controlled RGB and white channels, 13 available wavelengths and white from 3000 to 5700 K; the integrated PAR sensor measures light from 0 to 2500 µmol/m²·s.
The kit fits the classic glass vessel or the airlift vessel: what changes is how the culture is mixed.



CHO, HEK293, monoclonal antibodies and viral vectors. Low-shear design, microsparger and perfusion.
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E. coli, Bacillus, high cell density. High oxygen transfer (kLa > 200 h⁻¹), SIP/CIP.
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Anaerobic digestion and gas fermentation. Dedicated gas management and ATEX configurations.
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Fungal/mycelial biomass for whole-cut alternatives. Ultra-low-shear airlift technology.
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Photobioreactors for renewable energy: lipids for biofuels and CO₂ capture.
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PHA and PHB from microbial fermentation: biodegradable, bio-based bioplastics.
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