Perfect fit for your hearing loss

To cover such a high range of frequency we use the smart-tech receiver for the best amplification fitting. We amplify range only was your hearing loss thanks to this we can amplify high frequency with no need to lose a lot of energy on others channels that are not working 

125 Hz

20 kHz

 
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mV

Activity 

level

The layer of neurons analyzing silent sound

The layer of neurons analyzing middle sound

The layer of neurons analyzing

loud sound

Our hearing aids behavior similar to auditory cortex and does the same process in amplification compression adjustment using the nexMotion sensor that detects movement and signaling to the digital sound processor change the way that environment is amplified in intensity channels 

High-intensity sound amplification

during movement 

Silent sound  amplification during movement

mV

The layer of 

neurons analyzing silent sound 

The layer of neurons analyzing middle sound

The layer of neurons analyzing loud sound

High-intensity sound amplification

during no movement 

Silent sound amplification during

no movement

Daylight exposure and DSP adjustment

During the day and high-intensity light our auditory cortex and periphery auditory nervous system increase activity in the low and middle-frequency range (2-10 kHz) with maximum inhibitory and excitability neurotransmission curve tuned for 4 kHz. Thank too this our brain naturally reduce localization detection due to the dangerous enviriument istuation. The nexOptic sensor analysis the light intensity and change DSP maximal amplification curve in the sound frequency range from high to low and middle  

Evening and night and DSP adjustment

During the night and low-intensity light our auditory cortex and periphery auditory nervous system increase activity in the high-frequency range (6-14 kHz) with maximum inhibitory and excitability neurotransmission curve tuned for 14-16 kHz. Thanks to this our brain naturally amplify localization detection due to the dangerous environment situation. The nexOptic sensor analysis the light intensity and change DSP maximal amplification curve in the sound frequency range from low and middle to high. This amplification will bring a revolution to the tinnitus patients as they percept ow tinnitus the most loudly at night because of protection activation in our brain and the highest blood temperature level at evening that increase the activity of neurons to analyze danger in silent.