An extension of BrainMaster’s patented StimFlash technology, the new MicroTesla subthreshold stimulators introduce a transformative dimension to neurofeedback. These devices serve as an alternative to traditional photic or auditory stimulation, providing extremely low levels of magnetic fields that are beneficial for neurofeedback and self-regulation. Users can control stimulation through EEG with precise timing and protocols, or they can opt for simple multi-frequency stimulation.
The MicroTesla devices are compatible with the Atlantis Photic and Auditory stimulation outputs, functioning seamlessly with all existing BrainMaster AVS software. This includes built-in immersive stimulation capabilities and PC-controlled protocols, such as peak frequency, variable frequency, and BrainMaster’s patented brainwave pattern reduction protocol (US6931275), as well as the repetitive stimulation steady-state evoked potential method (US7269456).
When utilized with the Atlantis Photic output, the MicroTesla can operate in pulsed mode at rates ranging from one pulse per minute to 300 pulses per second. The auditory output can be modulated using a sine wave pattern with frequencies ranging from 20 Hz to 4,000 Hz. Importantly, the MicroTesla is 10,000,000 times weaker than traditional rTMS devices, meaning it does not generate action potentials. Its effects are entirely subthreshold, conveying information rather than exerting direct control over neuronal activity.
Due to its low intensity, the MicroTesla can function at faster frequencies without generating heat or causing any tissue-related changes. The magnetic field strength is comparable to that of a pair of earbuds, which many people use daily. What distinguishes the MicroTesla is its optimized control and timing of frequencies, specifically designed to enhance relaxation and self-regulation training.
To see similar products, click here: https://brainmaster.com/product-category/hardware/otherdevices/stimulation/microtesla/
Non-Affiliate Price: $2195
Affiliate Price: $1650
SKU: 392-011
