The TC-3 Bioreactor has been designed as a simple, easy-to-use system suitable to create cell culture experimental set-ups accounting for user-defined mechanical loading profiles. The needs of researchers who would like to culture cells under mechanical stimuli have been accounted for in the design of the TC-3. It combines the features of a traditional testing machine with the particular demands of cell culture, with special emphasis on the sterilization of the parts which are going to contact the culture medium, the easy assembling, the sample inspection by microscopy techniques and the straightforward sample manipulation.
The TC-3 permits to work with:
Depending on the scaffold type, it is also possible to use microscopy techniques to inspect the status of the culture in-situ.
Scalability and versatility are key features of the TC-3, in which three grips models can be interchanged in order to adapt to the features of the testing substrate or scaffold.
The system is controlled by a simple computer interface which allows defining the most common loading profiles which can be applied on the culture substrate.
The table below shows the main technical specifications of the EBERS TC-3 Mechanical Stimulation Bioreactor.
TC-3 Mechanical Stimulation Bioreactor | |
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Actuation system | |
Dimensions [W x D x H] |
|
Number of chambers | Up to 3 |
Minimal displacement increment | 0.005 mm |
Maximal force | 400 N |
Control | PC-based control software |
Power supply and consumption | 110-220 V, 50-60 Hz, IEC 14 power cord |
Maximal deformation rate | 10 mm/s |
Tension and Compression Chambers | |
Autoclavable | Yes |
External dimensions [W x D x H] | 78 x 137 x 51 mm |
Internal dimensions [W x D x H] | 38 x 65 x 32 mm |
Maximal internal volume [*] | ~ 90 ml |
|
|
Autoclavable | Yes |
Useful width | 35 mm |
Maximal displacement | 31 mm |
Minimal displacement | 1 mm |
|
|
Autoclavable | Yes |
Useful width | 30 mm |
Maximal displacement | 30.5 mm |
Minimal displacement | 0.5 mm |
|
|
Autoclavable | Yes |
Useful diameter [mm] | 22 mm |
Maximal displacement [mm] | 30.5 mm |
Minimal displacement | 0.5 mm |
Tension-Compression and Flow Chambers | |
Autoclavable | Yes |
External dimensions [W x D x H] | 78 x 137 x 51 mm |
Internal dimensions [W x D x H] | 38 x 65 x 32 mm |
Maximal internal volume [*] | ~ 90 ml |
|
|
Autoclavable | Yes |
Scaffold diameter | 1.65 to 6.35 mm |
Maximal displacement | 23 mm (for the 1/16" connector) |
Minimal displacement | 0 mm |
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|
Autoclavable | Yes |
Maximal scaffold diameter | 10, 13 and 18 mm |
Maximal displacement | 25 mm |
Minimal displacement | 0 mm |
Hydrostatic Pressure Chamber | |
Autoclavable | Yes |
External dimensions [W x D x H] | 80 x 137 x 83 mm |
Internal dimensions [W x D x H] | 40 x 45 x 46 mm |
Internal volume | ~ 80 ml |
Maximal pressure | 4 bar |
Please contact us for further information if you want to know more about the TC-3.
This anchroing system allows to customize the length of the chamber shaft in order to adapt it to the length of the scaffold. Thereby, the deformation conditions can be adjusted when working with different length scaffolds or to obtain homogenous conditions when working with the hydrostatic pressure chambers. It is comaptible with all the chambers and grips available.
Culture chambers are designed to be compatible with all the available deformation grips.
Apply tension loads on cylindrical or sheet-like scaffolds.
Apply compression loads on your scaffolds.
Apply tension loads to membranes or sheet-like substrates.
Up to twenty samples subjected to the same tension and/or compression loads.
Grips suitable for the application of simultaneous tension loads on multiple sample.
Grips designed for the application of compression loads simultaneously on multiple samples.
This chambers allows applying flow through the pores of your scaffold while subjected to compressive loads and flow thorugh the lumen of your tubular scaffold when subjected to tension loads.
Apply perfusion through the pores of your scaffold while subjecting it to compressive loads.
Use this set of grips to create tension conditions on your sample while subjected to luminal flow.
Apply up to 4 bar of hydrostatic pressure to your samples using the TC-3 system.
Create coordinated electrical and mechanical stimulation conditions.