Oticon CROS / BiCROS Hearing Aid Price in Bangladesh
Oticon CROS / BiCROS Hearing Aid Price 60000/- taka in Bangladesh The Oticon CROS / BiCROS Hearing Aid is an advanced wireless hearing solution designed for individuals with single-sided hearing loss or asymmetrical hearing loss. It works as a powerful Contralateral Routing of Signal (CROS) system, ensuring clear sound delivery from the poorer ear to the better ear, providing a more natural and balanced listening experience. Oticon CROS / BiCROS Hearing Aid Price 60000/- taka in Bangladesh When paired with a compatible Oticon hearing aid, the CROS transmitter captures sound through high-quality microphones placed on the poorer ear. The audio signals are then wirelessly transmitted using Near-Field Magnetic Induction (NFMI) technology to the receiving hearing aid on the better ear. This seamless transmission ensures minimal delay, stable connectivity, and excellent sound clarity. For users who have hearing loss in both ears but with one ear being significantly better, the system can be configured as a BiCROS (Bilateral CROS) solution. In this setup, sound is transmitted from the poorer ear while the better ear also provides amplification, delivering enhanced speech understanding and improved environmental awareness. Key Features: Advanced CROS and BiCROS technology Wireless sound transmission via NFMI Clear sound transfer from poor ear to better ear Improved speech understanding in noisy environments Natural and balanced listening experience Seamless integration with compatible Oticon hearing aids Compatibility: The Oticon CROS system is compatible with the following Oticon hearing aid models: Intent Real More Zircon Opn S1 Opn S2 Ruby Xceed PG Benefits: Ideal solution for single-sided deafness Enhances directional hearing Improves communication in daily life Comfortable and discreet design Reliable wireless performance The Oticon CROS / BiCROS Hearing Aid is an excellent choice for users seeking advanced connectivity, superior sound quality, and improved hearing performance in challenging listening environments.