IGEA S.p.A. Via Parmenide, 10/A 41012 Carpi (MO) - Italy tel +39 059 699600 fax +39 059 695778 pec igeamedical.com@pec.it C.F. e P.I. 01021130362 € 168.776,00 i.v. REA 205183 Reg. Soc. Trib. 14968

CLINIPORATOR^® VITAE

ADAPTIVE ELECTROPORATION TECHNOLOGIES

The most advanced reversible electroporation technology. Deep-seated lesions (skeletal or visceral) now become accessible through a percutaneous approach.

Through the use of specific needle electrodes it is possible to customise the treatment geometry according to the target lesion: volume, shape, localisation.

CONTACT A PRODUCT SPECIALIST

BROCHURE

TECHNICAL SHEET

CLINIPORATOR® VITAE

ADAPTIVE ELECTROPORATION TECHNOLOGIES

The most advanced reversible electroporation technology. Deep-seated lesions (skeletal or visceral) now become accessible through a percutaneous approach.

Through the use of specific needle electrodes it is possible to customise the treatment geometry according to the target lesion: volume, shape, localisation.

CONTACT A PRODUCT SPECIALIST

BROCHURE

TECHNICAL SHEET

Fast and effective electroporation

CLINIPORATOR^® VITAE is equipped with all the functions of CLINIPORATOR^®, offering the user two technologies in one device.

Features

Pulse

Generator

Compatible with both multi-needle applicators arranged according to a predefined geometry (PRE-SET) and with single-needle electrodes for customised treatments (CUSTOM).

Maximum voltage

3000 V

Electrical pulses delivery technology allows for needle geometries up to 3 cm apart, enabling large electroporation volumes.

Cardiac

synchronisation

Using an R-wave detector, electrical pulses are delivered during the absolute refractory period of the heart.

Alternative pulse protocol

in case of overcurrent

In the event of high electrical conductivity in the tissues, CLINIPORATOR^® VITAE is able to modulate the electroporation protocol to enable effective treatment.

Compatible

with Ulysses™

Software that allows precise preoperative planning by optimising the number and placement of electrodes on CT images.