• 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

    Read More
  • 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.

    Read More
  • 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!

    Read More
  • 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.

    Read More
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TEB series solutions

The following table shows the solutions provided by our Master Unit to several frequent problems or demands of Tissue Engineering researchers using bioreactors:

ProblemAvailable market solutionMaster UnitAdvantages
Parallel cultures
  • Expensive equipments
  • General purpose devices
  • Non-customizable culture chambers
  • Multiple pumping systems
  • Customizable culture chambers
  • Up to 25 parallel simultaneous experiments
Fully customizable culture package system
  • Easily scalable
  • Customizable, flexible and versatile
  • Inexpensive
Bioreactor control Usually carried out by means of
  • External electronic control unit
  • External Computer
Fully integrated touch screen control No need of external control devices
  • Space saving in your laboratory
  • Inexpensive
Use of additional equipment Controls, actuators, culture chambers and many other complementary gadgets are usually required for growing cells in other bioreactors configuration Apart from the Master Unit, the culture package and the tubing and connectors necessary to complete the culture circuit, no other device is needed to work with EBERS bioreactors. EBERS bioreactors do not require of any additional device to grow cells, which carries
  • Cost saving
  • Use simplicity
Use of a CO2 incubator to get the appropriate conditions for cell development. The need of introducing the bioreactor inside and incubator carries a number of drawbacks as
  • The reduction of the useful space inside the incubator
  • Heat generation due to electrical engines
  • Heat loss due to power wires used to feed the bioreactor
  • Higher contamination risk
EBERS Master Unit gives all the capabilities of a CO2 incubator No need of a CO2 incubator
  • No heat generation associated to electric engines
  • No heat loss due to bad incubator closing
  • Reduced contamination risk
  • Space saving inside the incubator
  • Cost saving
Determination of the flow profile acting on cell populations A specific purpose software is frequently use to determine the flow profile applied on the cell populations An easy-to-use software is installed in the integrated control, which is controlled by means of a touch screen No need of external software, which implies:
  • No need of software updates
and, in general, removes all the problems associated to the use of a PC to control the equipment.

 

Please visit the technical specifications sheet for further information of the EBERS TEB series.

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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
tc3f

TC-3F Bioreactor

New mechanical stimulation bioreactor with force measurement capabilities.

 
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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

 
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TEB1000 bioreactor

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

 
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TEB500 bioreactor

Improved accessibility for circuit set-up assembling.

 
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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.