Carry out cell culture experiments under flow conditions.
Inner view of the TEB1000 chamber. Note the two integrated peristaltic pumping systems.
The TEB1000 bioreactor is conceived to allow the user to create experimental set-ups for cell culture under flow conditions. Moreover the temperature and gas concentration conditions required for cell grow and development, the TEB1000 incorporates two integrated peristaltic pumping systems which can be controlled independently. Up to twenty independent flow channels can be set-up in the TEB1000, notably improving the scalability of your experimental set-ups. All the control systems are fully integrated in the TEB1000 removing the need of using external devices, which results in cleaner, cheaper, easier-to-develop and more effective cultures.
The TEB1000 is available with CO2 control and O2 hypoxic conditions generation features. Moreover, it integrates all the machinery necessary to generate the appropriate environment for cell development including flow conditions for cell including:
A culture chamber which holds your scaffold in the desired conditions together with other accessories like tubing or a medium reservoir, are the only things necessary to perform a cell culture experiment under flow conditions.
The fully integrated configuration of TEB1000 Master Unit is able to substitute a large number of equipments frequently used for cell culture in Tissue Engineering, like a CO2 incubators, peristaltic pumps and heaters, since it integrates all their capabilities, allowing a wide variety of experimental set-ups including:
The table below shows the main technical specifications of the EBERS TEB1000 bioreactor.
|Temperature range||Room temperature +4 to +50 ºC|
|Control||± 0.1 ºC|
|Stability||± 0.1 ºC|
|Stability||± 0.1 ºC|
|Service pressure||0.35 bar|
|Recuperation (up to 90% of preset value)||0.7 %/min|
|O2 control (Optional)|
|Service pressure||1 bar|
|Number of pumps||Two independent subsystems with electric engines and electronics located outside the internal chamber of the Master Unit, to avoid overheating, reduce the risk of contamination and increase useful volume|
|Number of pumpheads||Up to 2 pumpheads can be used with each subsystem (4 pumpheads in total)|
|Compatibility||High flow (HF) and Low flow (LF) pumpheads|
|Number of channels per pumphead||
|Digital control of flow conditions by means of touchscreen||
|Power supply and consumption|
|Power supply||110-220 V, 50-60 Hz, IEC 14 power cord|
|Nominal power||1800 W|
|External dimensions [W x D x H]||686 x 803 x 848 mm|
|Internal dimensions [W x D x H]||540 x 451 x 693 mm|