Bioréacteurs de paillasse
Minifors 2
Bioréacteurs de paillasse
Minifors 2
Boostez vos projets R&D grâce à un bioréacteur compact et intuitif
Le bioréacteur de paillasse Minifors 2 prêt à l'emploi permet de lancer et de gérer facilement des expériences de culture cellulaire ou microbienne, de la R&D au développement de procédés.
Avantages
Vous débutez dans les bioprocédés ? Démarrez rapidement vos expériences grâce aux commandes intuitives et aux modes préconfigurés de ce bioréacteur de paillasse. Branchez l’appareil, installez la cuve, raccordez les pompes et les capteurs. Vous pouvez commencer à travailler!
Peu encombrant sur la paillasse, ce bioréacteur compact est conçu pour vous faciliter la vie. Tous les composants sont accessibles et faciles à amener dans le support de cuve à l’autoclave, s’adaptant aux plus petits dont le diamètre intérieur n'est que de 30 cm.
Gagnez du temps et des ressources en automatisant la gestion de données grâce à eve®, notre plateforme web pour les bioprocédés. Accédez à vos données depuis n’importe quel navigateur, collaborez avec vos collègues distants et obtenez plus vite des résultats de recherche.
Vous débutez dans les bioprocédés ? Démarrez rapidement vos expériences grâce aux commandes intuitives et aux modes préconfigurés de ce bioréacteur de paillasse. Branchez l’appareil, installez la cuve, raccordez les pompes et les capteurs. Vous pouvez commencer à travailler!
Peu encombrant sur la paillasse, ce bioréacteur compact est conçu pour vous faciliter la vie. Tous les composants sont accessibles et faciles à amener dans le support de cuve à l’autoclave, s’adaptant aux plus petits dont le diamètre intérieur n'est que de 30 cm.
Gagnez du temps et des ressources en automatisant la gestion de données grâce à eve®, notre plateforme web pour les bioprocédés. Accédez à vos données depuis n’importe quel navigateur, collaborez avec vos collègues distants et obtenez plus vite des résultats de recherche.
Minifors 2 + eve®—Now 30% off for academic labs
Pair Minifors 2 with eve® bioprocess software for a seamless, efficient workflow in academic research. For a limited time, bundle them together and get 30% off eve® software—because smarter bioprocessing starts with the right tools.
Secrets de chefs – Un guide pour les débutants en biotechnologie
Les concepts fondamentaux des bioprocédés à base de culture cellulaire et de microorganismes, assortis d’exemples de formulations et de stratégies.
Caractéristiques
- Dimension des cuves (et volumes utiles) : 1,5 L (0,3-1 L), 3 L (0,6-2 L) et 6 L (1,1-4 L)
- Dimensions de l’unité de base (largeur avec panneau de commande x profondeur avec raccords) : 455 x 415 mm
- 4 pompes hautes performances avec fonctionnement configurable : numérique (vitesse fixe) ou analogique (vitesse variable)
- Injection de gaz sophistiquée reposant sur des régulateurs de débit massique (2 en application microbienne, 5 en culture cellulaire)
Documentations
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Publications associées
Toutes les publicationsAt the University of Boras in Sweden, researchers have scaled up second-generation bioethanol production from beech wood chips using an acetone-based organosolv fractionation process. With the help of the INFORS HT Multifors bench-top bioreactor, they confirmed high fermentation efficiency at the 10-L scale, reaching ethanol yields of up to 95% from glucose-rich C6 streams. This study illustrates how optimized biomass pre-treatment and fermentation workflows can drive more efficient and scalable biofuel production.
At Lund University, Division of Food and Pharma, researchers studied the role of annealing in the freeze-drying of probiotic bacteria. Using the INFORS HT Multifors bioreactor and eve software, they controlled the fermentation of Limosilactobacillus reuteri to produce consistent cell cultures for downstream drying. Their results show that increased annealing time leads to thicker encapsulating structures and enhanced storage stability, providing a clearer path to developing more robust probiotic products.
Researchers at Friedrich-Alexander-Universität Erlangen-Nürnberg developed and tested methods to improve the stability and recyclability of a PET-degrading enzyme for plastic recycling. Using the INFORS HT Labfors bioreactor, the team compared several immobilization strategies and found that pH-responsive polymers delivered the best results, retaining about 80% of enzyme activity and enabling up to five PET degradation cycles. In batch reactions, the process achieved more than 97% terephthalic acid yield in less than 14 hours for the first three cycles and about 78% yield in the fifth cycle. These findings support more efficient and scalable processes for enzymatic PET recycling.
At the University of Boras in Sweden, researchers have scaled up second-generation bioethanol production from beech wood chips using an acetone-based organosolv fractionation process. With the help of the INFORS HT Multifors bench-top bioreactor, they confirmed high fermentation efficiency at the 10-L scale, reaching ethanol yields of up to 95% from glucose-rich C6 streams. This study illustrates how optimized biomass pre-treatment and fermentation workflows can drive more efficient and scalable biofuel production.
At Lund University, Division of Food and Pharma, researchers studied the role of annealing in the freeze-drying of probiotic bacteria. Using the INFORS HT Multifors bioreactor and eve software, they controlled the fermentation of Limosilactobacillus reuteri to produce consistent cell cultures for downstream drying. Their results show that increased annealing time leads to thicker encapsulating structures and enhanced storage stability, providing a clearer path to developing more robust probiotic products.
Researchers at Friedrich-Alexander-Universität Erlangen-Nürnberg developed and tested methods to improve the stability and recyclability of a PET-degrading enzyme for plastic recycling. Using the INFORS HT Labfors bioreactor, the team compared several immobilization strategies and found that pH-responsive polymers delivered the best results, retaining about 80% of enzyme activity and enabling up to five PET degradation cycles. In batch reactions, the process achieved more than 97% terephthalic acid yield in less than 14 hours for the first three cycles and about 78% yield in the fifth cycle. These findings support more efficient and scalable processes for enzymatic PET recycling.
Ce qu’en disent nos clients
Julia ReisserCo-fondateur, Uluu
Mohd RazifMamatResponsable de l’administration et des opérations techniques, Malaysia Genome Institute
Articles Liés
BlogA bioreactor provides an ideal environment where cells can focus on what they are supposed to do: proliferate. Like lab workers, cells can only produce consistently good work if the conditions are right: it should not be too hot or too cold, and they have to have enough nutritious food and fresh air. In terms of a bioreactor, this means maintaining pH, temperature, ensuring sufficient gas supply and, depending on how the instrument has been configured, adding nutrients for successful maintenance of growth.
Feeding strategy is one of the most influential variables in any bioprocess. Whether you’re working with bacterial, yeast, fungal, or mammalian cell cultures, how you supply nutrients affects everything from growth rates and yields to oxygen demand and product quality. The choice between batch, fed-batch, and continuous culture depends on your organism, application, and production goals. Fortunately, modern bioreactor systems like those from INFORS HT make it easy to implement any of these strategies at lab or pilot scale.
As demand for sustainable food sources surges, Daisy Lab is revolutionizing dairy production with precision fermentation technology. By using INFORS HT bioreactors, this New Zealand-based startup is producing animal-free milk proteins like whey and casein. Discover how the innovative process at Daisy Labs, now set to scale with EPA approval, is paving the way for a more sustainable future in dairy.
A bioreactor provides an ideal environment where cells can focus on what they are supposed to do: proliferate. Like lab workers, cells can only produce consistently good work if the conditions are right: it should not be too hot or too cold, and they have to have enough nutritious food and fresh air. In terms of a bioreactor, this means maintaining pH, temperature, ensuring sufficient gas supply and, depending on how the instrument has been configured, adding nutrients for successful maintenance of growth.
Feeding strategy is one of the most influential variables in any bioprocess. Whether you’re working with bacterial, yeast, fungal, or mammalian cell cultures, how you supply nutrients affects everything from growth rates and yields to oxygen demand and product quality. The choice between batch, fed-batch, and continuous culture depends on your organism, application, and production goals. Fortunately, modern bioreactor systems like those from INFORS HT make it easy to implement any of these strategies at lab or pilot scale.
As demand for sustainable food sources surges, Daisy Lab is revolutionizing dairy production with precision fermentation technology. By using INFORS HT bioreactors, this New Zealand-based startup is producing animal-free milk proteins like whey and casein. Discover how the innovative process at Daisy Labs, now set to scale with EPA approval, is paving the way for a more sustainable future in dairy.
Offres idéales pour optimiser davantage votre flux de travail de bioprocédés
Le logiciel eve® rassemble les processus, les appareils, les données des bioprocédés et des fonctions Big Data dans une plateforme web très intuitive.
Maintenez les performances de vos bioréacteurs et augmentez leur durée de vie grâce à notre offre de services et d’assistance.
Gérez plusieurs cuves en parallèle en réduisant les risques lors du changement d’échelle.
Le logiciel eve® rassemble les processus, les appareils, les données des bioprocédés et des fonctions Big Data dans une plateforme web très intuitive.
Maintenez les performances de vos bioréacteurs et augmentez leur durée de vie grâce à notre offre de services et d’assistance.
Gérez plusieurs cuves en parallèle en réduisant les risques lors du changement d’échelle.