• Multi-cavity 20 samples chamber

    New TC-3 chamber for multiple sample testing!!!

    Apply tension and/or compression loads on 20 samples simultaneously with the new multi-cavity chamber

    Maximize your productivity with the new chamber

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  • BlueBlink oxygen sensors

    Easy-to-use versatile oxygen sensors:

    Precise, robust, non-invasive measurements.
    Compatible with almost any non-colored transparent vessel.
    Biocompatible, sterile and self-adhesive spots.
    Up to 10 sensor independent sensors with te same system.

    A cost-effective solution for oxygen measurent.

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  • Force measurement capabilities!!!

    New TC-3F mechanical stimulation bioreactor with force measurement capabilities. Now with extended Force measurement capabilities, it allows:

    Apply mechanical stimuli to your cultures
    Mechanically characterize materials
    Measure the evolution of mechanical strenth of the culture during the culture

    The most versatile mechanical loading bioreactor in the market!

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  • Electrical Stimulation Module

    Study the influence of electrical stimuli on your cultures with the new EBERS Electrical Stimulation Module.

    It is designed to be compatible with the EBERS TEB1000/TEB500 flow bioreactor and the TC-3 load bioreactor. Used in combination with our TC-3 control software, it allows the coordinated joint application of load and electrical stimulation culture conditions.

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The EBERS TEB series is a new line of bioreactors designed for cell culturing under flow conditions in Tissue Engineering research.

Aiming to cover the demands of a wide variety of researchers, the TEB bioreactors have been designed following a novel philosophy in the TE bioreactors field: it has been developed as an open system, suitable for many different applications and culturing configurations under flow conditions.

This new approach is based on the use of a master unit which provides the appropriate culture environment, including temperature, C02 and O2 concentration and culture media flow conditions, in which a culture chamber containing the growing cells is introduced.

Diagrammatic representation of the EBERS Tissue Engineering bioreactor TEB1000

Thus, EBERS bioreactors are composed of three main parts, i.e.

  • Master Unit

    Provides the appropriate environmental conditions for cell growing including

    • Temperature
    • Relative Humidity
    • Gas concentration (CO2 and O2)
    • Culture media flow
  • Interchangeable culture chamber

    The wide variety of these chambers that fit in the master unit is the key advantage of the EBERS bioreactor. Some examples are:

    • Perfusion chambers
    • Chambers for the culture of blood vessels
    • Existing own-design or commercial devices for culture flow
    • Custom developed culture packages
  • Scaffold

    As a function of the culture chamber, many different sorts of scaffolds may be used in our bioreactors both for 2D and 3D cell cultures. Just to give some examples, ceramic and polymeric are suitable candidates to be used in our bioreactor.


Advantages with respect to the existing bioreactors

This new concept of TE bioreactor carries a number of important advantages with respect to the bioreactors available in the market. The most important ones are the following

Versatility and flexibility The open design of the master unit, which only provides the environmental conditions for cellular development without establishing any limitation to the shape, size or nature of the culture package which will be hosted inside.
Cost saving Due to its unique design, the EBERS bioreactor is inexpensive compared to similar equipments, which is a crucial advantage in research.

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... that the TEB series bioreactors are suitable for 2D cell culture applications?

Check other applications of the TEB bioreactors series here!

Featured products

  • Load bioreactors
  • Microfluidic chambers
  • Flow bioreactors

TC-3F Bioreactor

New mechanical stimulation bioreactor with force measurement capabilities.


Flow and load chambers

Chambers for the application of flow through your scaffold while tensioned or compressed.

adjustable anchoring system

Adjustable anchoring system

Run three tests in parallel with different size scaffolds.

grips thumb

Flow and deformation grips

Simultaneouly apply flow and direct mechanical loading on your scaffold.

Flow chip

Flow chip

Cell culture under shear conditions.

Gradient chip

Gradient chip

Generate oxygen and chemical gradients in a microfluidic chamber.

Transflow chip

Transflow chip

The advantages of flow culture in a transwell-like microfluidic chip


TEB1000 bioreactor

Up to 20 independent channels can be simultaneously used in the TEB1000.


TEB500 bioreactor

Improved accessibility for circuit set-up assembling.


P3D perfusion chambers

Use the P3D chambers to create perfusion culture conditions on porous scaffolds.

Vascular chambers

Tubular chambers

Seed and co-culture cells on tubular scaffolds under flow and rotation conditions.