NeoSens

Biomedical sensors for recording various biological signals

OVERVIEW

NeoSens biomedical sensors are designed for connection to biological signal amplifiers and are used to record physiological parameters in scientific research and clinical practice.

SENSORS

VGAsens

VGAsens is a discrete photometric sensor designed to detect light flashes on a screen and synchronize video stimuli with biosignal streams. It features a digital TTL-compatible open-collector output and an adjustable sensitivity threshold.

EMGsens

EMGsens is a differential analog DC amplifier designed for recording biomedical signals. It is used as an electromyography (EMG) sensor.

AXsens-3D

AXsens-3D is a three-axis accelerometer with adjustable sensitivity and separate outputs for each axis. It allows simultaneous recording of one, two, or all three axes, depending on the number of channels connected.

AXsens

AXsens is a single-axis accelerometer with adjustable sensitivity and manual axis selection using switches on the front panel. Only one axis can be recorded at a time.

GSRsens

GSRsens is a sensor for monitoring galvanic skin response (GSR), converting skin conductance into electrical voltage.

RESPsens-MRI

RESPsens-MRI is a chest-worn respiratory sensor compatible with MRI. Includes a membrane sensor and a pressure-to-voltage converter.

TRsens

TRsens is a nasal-oral respiratory temperature sensor based on high-sensitivity thermistors.

FPsens

FPsens is a sensor for detecting the absorption of infrared radiation in living tissues, designed for non-invasive transcutaneous monitoring. The time-dependent signal is generated by changes in peripheral blood volume due to pulsatile blood flow.

ABsens

ABsens — an abdominal respiratory sensor based on piezoelectric technology. A wireless solution for neonatal monitoring.

IMPsens

IMPsens is a sensor with impedance cardiography (ICG) and electrocardiography (ECG) channels. The ICG channel allows extraction of baseline impedance, respiratory waveform, rheocardiogram, and ECG signal.