The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• 16 dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling of all sixteen channels
• Fast switching ultra-low leakage reed relay injection switch matrix for selection of any combination of 2 out of 16 channels for positive and negative injection ports
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Alternatively you can just use the MATLAB code and import your data to EIDORS or write your own image reconstruction and import that to our software.

The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• 16 dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling of all sixteen channels
• Fast switching ultra-low leakage reed relay injection switch matrix for selection of any combination of 2 out of 16 channels for positive and negative injection ports
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Alternatively you can just use the MATLAB code and import your data to EIDORS or write your own image reconstruction and import that to our software.

The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• 16 dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling of all sixteen channels
• Fast switching ultra-low leakage reed relay injection switch matrix for selection of any combination of 2 out of 16 channels for positive and negative injection ports
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Alternatively you can just use the MATLAB code and import your data to EIDORS or write your own image reconstruction and import that to our software.

The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• 16 dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling of all sixteen channels
• Fast switching ultra-low leakage reed relay injection switch matrix for selection of any combination of 2 out of 16 channels for positive and negative injection ports
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Alternatively you can just use the MATLAB code and import your data to EIDORS or write your own image reconstruction and import that to our software.