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Bioréacteurs en verre

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Bacteria/yeasts/fungi
Mammalian/animal cells
Stem cells
System/Controller
DASbox Mini Bioreactor c, f, with medium
DASbox® Mini Bioreactor

Glass bioreactors compatible with the DASbox® Mini Bioreactor System. For cell culture and microbial applications with a working volume range of 60 mL to 250 mL.
DASGIP Bioblock Spinner Vessels
DASGIP® Bioblock/SciVario® twin Spinner Vessels

Glass bioreactors compatible with the SciVario® twin bioprocess controller and DASGIP® Bioblock. For cell culture applications with a working volume range of 250 mL to 1.5 L.
DASGIP Bioblock Stirrer Vessels
DASGIP® Bioblock/SciVario® twin Stirrer Vessels

Glass bioreactors compatible with the SciVario® twin bioprocess controller and DASGIP® Bioblock. For microbial applications with a working volume range of 200 mL to 1.8 L.
DASGIP Benchtop Bioreactors for Cell Culture with medium
SciVario® twin Benchtop Bioreactors for Cell Culture

Glass bioreactors compatible with the SciVario® twin bioprocess controller. For cell culture applications with a working volume range of 750 mL to 3.8 L.
DASGIP Benchtop Bioreactors for Microbiology
SciVario® twin Benchtop Bioreactors for Microbiology

Glass bioreactors compatible with the SciVario® twin bioprocess controller. For microbial applications with a working volume range of 750 mL to 3.7 L
BioFlo 120 with autoclavable fermentation vessel: 2 Liter, heat-blanket
BioFlo® 120 Bioreactors

Glass bioreactors compatible with the BioFlo® 120 bioprocess controller. For cell culture and microbial applications with a working volume range of 400 mL to 10.5 L.
BioFlo 320 vessels 600-1500 mL, with motor
Bioréacteurs BioFlo® 320

Bioréacteurs en verre compatibles avec le contrôleur de bioprocédés BioFlo® 320. Pour les applications de culture cellulaire et microbiennes avec une plage de volume comprise entre 600 mL et 10,5 L.

Glass bioreactors from Eppendorf enable the scalable cultivation of cells and microbes in a controlled environment.

Eppendorf glass bioreactors are stirred-tank bioreactors with a working volume range of 60 mL to 10.5 L. The multi-port headplate of the glass bioreactors can be fully instrumented with sensors for temperature, pH, DO, level, and other parameters, as well as equipment for gassing, liquid addition, sampling, and harvesting. This enables precise process monitoring and control. Various impeller and sparger types make it possible to meet the specific needs of your culture in terms of mixing and gas supply.

Eppendorf offers single-use bioreactors for cell culture and microbial applications as well.

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What is a glass bioreactor?‌

What are the benefits of glass bioreactors?‌

How do glass bioreactors for the cultivation of mammalian cells and microbes differ?‌

Compatible with Eppendorf bioprocess controllers

Eppendorf glass bioreactors are compatible with our small and bench scale bioprocess controllers. The various controllers are suitable for different process requirements, from multi-parallel process development at a small scale, to scale-up, and the processing of culture sizes of many liters.

The Eppendorf small and bench scale bioprocess controllers allow for easy switching between glass and single-use bioreactors.

Discover our bioprocess controllers
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Eppendorf service for glass bioreactors

Glass bioreactor stirrer assemblies and head plates are equipped with numerous seals and O-rings to ensure a safe and sterile connection between the different parts. To ensure culture sterility, it is essential to exchange them on a regular basis. A preventive maintenance of the vessel and the stirring assembly notably diminishes contamination and performance problems. Eppendorf Bioprocess Performance Plans help you to maintain the optimal performance of your equipment over years of frequent use.

Discover our service offerings
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Benefit from bioprocessing expert knowledge

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Cell culture in bioreactors

What factors should be considered when establishing bioreactor cell cultures? Find out more!
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Stem cell bioprocessing

How do bioreactors facilitate efficient stem cell expansion when conventional 2D cultures reach their limits? Find out more!
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Bacterial fermentation

How to set up and optimize bacterial fermentation in bioreactors? Find out more!
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Yeast fermentation

How can bioprocess automation help moptimizing protein production in yeast? Find out more!

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