Techmi Bio Lab Dual-Tank Bioreactor
Techmi Bio Lab Dual-Tank Bioreactor
What is the Techmi Bio Lab dual-tank system?
The system is designed to offer maximum flexibility and efficiency in fermentation and cell culture processes. Its configuration allows for parallel or independent operation, facilitating comparative testing, process optimization, and small-scale development with high reproducibility. Equipped with advanced control systems for pH, temperature, dissolved oxygen, and agitation, it ensures optimal and stable conditions for each culture, along with a compact, modular design and an intuitive interface that enable easy operation.
A versatile solution that combines precision, control, and scalability, ideal for both research and the transition to industrial processes.
Techmi Bio Lab Dual-Tank Bioreactor
-Dual-tank configuration that allows for independent or parallel operation, ideal for comparative testing and process optimization.
-Stirring range from 50 to 2000 rpm with an accuracy of ±1 rpm, ensuring efficient and reproducible mixing.
-Precise temperature control (±0.1 °C) to maintain stable culture conditions.
-Integrated monitoring and control of pH, dissolved oxygen (DO), temperature, and agitation.
-Dosing system using peristaltic pumps for the addition of acid, base, antifoam, and media feed.
-Available volumes: from 0.25 L to 10 L.
-Modular and configurable architecture, adaptable to various biotechnological processes.
-Control interface via color touchscreen, with data logging and traceability.
-Compact design that facilitates integration into laboratory environments and pilot plants.
-Bioprocess development: optimization of culture conditions (pH, DO, temperature, feeding).
-Screening of strains and microorganisms: simultaneous comparison of different organisms or conditions.
-Biomass production: bacteria, yeasts, fungi, and cell cultures.
-Fermentation for the food industry: enzymes, probiotics, cultures, and functional ingredients.
-Industrial biotechnology: production of metabolites, organic acids, bioethanol, and value-added compounds.
-Pharmaceutical and cosmetic applications: development of active ingredients, proteins, and bioactive compounds.
-Academic research: studies of kinetics, oxygen transfer (kLa), and process scaling.
-Optimization of feeding strategies (fed-batch / batch).
-Process simulation and validation prior to pilot-scale testing.
This equipment is particularly well-suited for:
– parallel comparative testing
– reducing development times
– preparation for industrial scale-up
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