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  CC4 Electrochemical Sensor Cell

  The sensor is formed on a corundum ceramic base. The structure consists of two platinum working electrodes (Pt WE) and an integrated Thermistor on the opposite side covered by a dielectric layer. This sensor is then integrated with a specialised cell to create the CC4.

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  FC2.TL.* PMMA Flow Cell

  The flow cell enables the use of sensors in a flow through arrangement.

  The flow arrangement is:

  Thin layer cell “TL” for AC1, AC2, CC1, CC2 and CC3 sensors.

  The sensor is inserted into the slit of cell and tightened by closing of the door. The cell ensures the flow around the working electrode and it is optimised so that no air bubbles cumulate in the cell. The cell contains also the contact and output cable.

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  FC3.TL.* LED Flow Cell

  The flow cell enables the use of AC1, CC1 sensor in a flow through arrangement in optoelectrochemical measurements^1,2. The sensor is inserted into the slit of cell and tightened by closing of the door. The cell ensures the thin layer flow around the working electrode and it is optimised so that no air bubbles cumulate in the cell. The cell contains also the contact and output cable.

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  FC4.TL.* PEEK Flow Cell

  The FC4.TL flow cell is made of PEEK. It has teflon endings permitting a fully compatible connection to chromatography tubing. The flow cell enables the use of sensors in a flow through arrangement. The flow arrangement is Thin layer cell “TL” for AC1, AC2, CC1, CC2 and CC3 sensors. The sensor is inserted into the slit of cell and tightened by closing of the door. The cell ensures the wall-jet flow around the working electrode and it is optimised so that no air bubbles cumulate in the cell. The cell contains also the contact and output cable.

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  SIRE Sensor Cell Set (Sensor with Injectable Recognition Element)

  The SIRE Sensor Cell Set consists of a sensor with an integrated non-removable specialised chamber; the set also contains a syringe which will allow the injection of the recognition element (Enzyme).
  The SIRE Sensor Cell uses the concept of soluble enzymes into a reaction chamber separated from the sample by a semi permeable dialysis membrane. The analyte (for example maltose), enters into the reaction chamber by diffusion. The analyte reacts with the recognition enzymes creating H₂O₂ which is oxidized on a screen printed Pt electrode. The current corresponds to the amount of analyte.

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