Sensors

Skin Conductance sensor (SA9309M) for use with Thought Technology ProComp Plus, ProComp Infiniti, ProComp 2 or 5, or FlexPro series systems. Learn More

ProComp Infiniti respiration sensor & cable (SA9311M) is approximately 52 inches (132 cm) in length and is terminated in a stretch belt that will fit around either the thoracic (chest) or abdominal (stomach) area. The respiration sensor is a sensitive girth sensor worn using an easy fitting high durability woven elastic band fixed with a length adjustable webbing belt. It detects chest or abdominal expansion/contraction and outputs the respiration waveform. Learn More

The SA9503M surface EMG sensor consists of a triangular shape sensor head (SA9503M) with 3 snap style receptacles representing 2 active (positive & negative) electrodes and 1 reference (ground) electrode. Learn More

The Myoscan-Pro v2 (SA9401M-60) surface EMG sensor consists of 3 snap style receptacles - 2 active (positive & negative) and 1 reference (ground). Learn More

EEG-Z3 is a pre-amplified electroencephalograph sensor with built in impedance checking and 3 modes of operation: regular EEG mode (above 2 Hz), low frequency mode (above 0.01 Hz) for evoked potentials (EP) and low frequency applications and DC mode for true DC operation (above 0 Hz) for slow cortical potentials (SCP). Learn More

The TT-pIR Mini-Suite (T2600) offers a set of clinical tools which allow you to monitor, train and follow-up on your client's success with frontal pIR training. It can be used with the FlexComp Infiniti, ProComp Infiniti, ProComp 5 Infiniti and ProComp 2 devices with Biograph Infiniti Software. Learn More

The St-Cloud/Femelex electrodes are used vaginally or in the rectum to stimulate or sense the pelvic floor muscles. Cables terminate in two din connections. Learn More

Remote Finger Sensor for GSR 2. Plugs into the side of the GSR 2 to allow for use of two finger sensors. Learn More

Bend Sensor is small enough to be placed on fingers and wrists to monitor joint motion. 180 degrees of flexion. Use sensors back to back to get a 360 degree range. Learn More