 The Cliniporator is able to deliver pulses following the standard parameters for electroporation in tissues. It delivers, measures and displays the current flowing through tissue, during the treatment. This allows the medical team to check whether the treatment has been performed following the set parameters. The Cliniporator allows the exact calculation of the characteristics and dimensions of the electric field. This overcomes the limits typical of other technologies using heat or cold, where it is difficult to individualise the treatment margins. The Cliniporator is the only device for electroporation able to perform a dosimetry of the treatment. The Cliniporator is versatile, thanks to its three different electrodes types that enable the physician to treat cutaneous and subcutaneous lesions. The Cliniporator has an internal archive that enables all treatment information to be stored. 
 *Every electrode is supplied in a sterile package. The plate’s electrode enables the treatment of superficial lesions. The plates can be 8 or 6 mm distance from one another. The electric field is distributed uniformly between the two plates. The linear needle electrode enables the treatment of cutaneous and subcutaneous lesions. The two rows of needles are at a distance of 4 mm from one another. The hexagonal array needle electrode enables the treatment of cutaneous and subcutaneous lesions. The difference of potential is applied to a single couple of adjacent needles, in a sequence controlled by the CLINIPORATOR software. Distribution of the electric field The Cliniporator allows you to calculate the exact characteristics and dimensions of the electric field. This enables The Cliniporator to overcome the typical limits of other technologies (using heat or cold). Electrochemotherapy ensures the treatment of the whole tumoral lesion. Safety Margins The most important advantage of ECT is targeted treatment affecting only the cancer tissue. 
As shown in the picture, by modelling exactly the distribution of the generated field, it is possible to cover all the tumoral area to be treated. |