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.
The TT-pIR Mini-Suite offers a set of clinical tools which allow you to monitor, train and follow-up on your client’s success with frontal pIR training and it can be used with the FlexComp Infiniti, ProComp Infiniti, ProComp 5 Infiniti and ProComp 2 devices:
Monitoring: Clinicians can monitor temperature changes while the client is performing specific tasks. The Signal Verification screen allows you to see moment by moment changes in temperature.
Training: You can teach the client new self regulation strategies through frontal pIR biofeedback training by recording open display sessions with the animation, puzzle or DVD training screens on a single or dual monitor configuration:
Follow-up: After running sessions, you can review the recorded data and see how well your client performed during training. The pIR – Passive infrared training - 5 trials script takes your client through 5 cycles of alternating periods of activation and rest to see how well your client can switch between states of activation and states of rest.
"At the ADD Centre, we are finding that using pIR HEG training in our regular neurofeedback and biofeedback sessions is a helpful addition. The clients enjoy using it. It is so easy to do and clients get an immediate sense of success. We started by using it with certain clients and have since added it to the training programs of all our clients." Lynda Thompson Ph.D., and Michael Thompson M.D., of the ADD Centre in Toronto, Canada
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.
