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This temperature sensor (designed for the Infiniti system) measures deviations of skin temperature as an additional measure related to stress, or relaxation. The application is also often useful to deal with certain types of pain treatment.

The eVu TPS system consists of a small finger sensor that can do big things: Skin conductance, temperature and pulse can be recorded simultaneously with the system. A targeted relaxation training can be performed for each modality. The eVU-Senz APP available on ANDROID and iOS is included in the price and can be downloaded free of charge from the Google Play store or the Apple app store.
Set consists of sensor, charging cable and practical storage case.

Additional options are offered by the Body & Mind app from MediTECH. In this app, you can combine biofeedback and neurofeedback: To do this, use the MediTECH HEG-mobil neurofeedback sensor with the TPS-V2 sensor.

Connecting element to couple two HEG-neuro sensors via a headband. Requires two full-fledged HEG-neuro sensors.

Voltage Isolator: Enables integration of third-party sensors with Infinit encoders and BioGraph Infiniti software. The sensors must provide a signal within +/- 2000 mV (partial ranges are sufficient). This signal is then transferred from the encoder to the BioGraph Infiniti software for further processing with the wide range of on-screen instruments and calculation options. This is an extremely useful accessory, especially for research institutions, for integrating additional signals and sensors.

Vaginal Incontinence Sensor measures the EMG activity of the pelvic floor muscles. It is used during incontinence training.

Torsiometry set for the acquisition of rotary movements, consisting of:
- 1 pc. sensor forearm Q110
- 1 pc. sensor forearm Q150
- 1 pc. Bend-Adapter

Torsiometers are designed to measure rotational movements in one plane, e.g. forearm pronation/interruption or axial neck rotation. If the torsiometer is bent in the planes X-X or Y-Y, the output remains constant. All torsiometers work in the same way, the difference is the physical quantity.

Torsiometers are designed to measure rotational movements in one plane, e.g. forearm pronation/interruption or axial neck rotation. If the torsiometer is bent in the planes X-X or Y-Y, the output remains constant. All torsiometers work in the same way, the difference is the physical quantity.

The TT-pIR HEadGear features two highly accurate passive infrared (pIR) sensors in a wide-range, dual configuration providing stable and reliable measurements. The lightweight, ergonomic design provides maximum comfort and an open concept that greatly reduces ambient temperature dependence and stabilization time.
Comes equipped with TT-pIR Mini-Suite software for monitoring, training and follow-up.
Note: A ProComp encoder is additionally required to work with the pIR HEG sensor.

The TT-AV-SYNC sensor ensures absolutely time-precise acquisition of start and end signals for SCP training as well as for reaction time measurements. By means of a fiber-optic connection attached to the monitor, it records with millisecond accuracy when the respective stimulus is set and when the screen is actually changed. Inaccuracies due to latencies, which are unfortunately very common under Windows, are thus completely eliminated.