Sciospec ISX-3 EIT from SaeligSaelig Logo

 

 

 

 

 

NEW PRODUCT ANNOUNCEMENT   
FOR IMMEDIATE RELEASE
: April 9, 2024
Contact:
   Alan Lowne, CEO, Saelig Company, Inc.
                 (585) 385-1750  Email:[email protected]

 

Saelig Introduces Sciospec ISX-3 Electrical Impedance Tomography System
The ISX-3 EIT system allows for simultaneous acquisition of impedance or potential signals on up to 256 electrodes over a broad frequency range of up to 1 MHz 

Fairport, NY:  Saelig Company, Inc. has introduced the Sciospec ISX-3 Electrical Impedance Tomography System.  EIT is a noninvasive medical and industrial imaging modality in which the electrical impedance of a part of a body or object is measured by surface electrode measurements and converted in software to display a tomographic, sliced image of that part to reveal anomalies. Electrical conductivity varies in biological tissues and other non-uniform objects. Small alternating currents applied to some or all of the electrodes allow potentials to be recorded from the other electrodes in varying electrode configurations.  A two-dimensional tomogram can then be constructed using appropriate imaging algorithms. These measurements at multiple frequencies also allow for Electrical Impedance Spectroscopy.

Sciospec ImageDesigned for researchers, the Sciospec ISX-3 EIT system allows for fully simultaneous acquisition of impedance or potential signals on up to 256 electrodes. This opens up new possibilities for monitoring highly dynamic and spatially distributed electro-physiological phenomena and allows in-depth insights into complex cell and non-uniformity interactions using customized application-specific sensor adapters. 

Sciospec’s EIT systems (EIT16/32/64/128+) are specifically designed for electrical impedance tomography measurements, offering true parallel measurements and tightly synchronized switching for fast frame rates.

Features include:

The Sciospec ISX-3 EIT is ideal for researchers and industrial users in applications where both Electrical Impedance Spectroscopy and Electrical Impedance Tomography are useful.

 

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