Product Description
Coming Soon to Australia!
The New Signia Silk 7Nx
Practically invisible – The world’s smallest ready to wear CIC hearing aid!
The Signia Silk 7Nx is practically invisible. The new Silk is 20% smaller than its predecessor the Silk Px (Primax); meaning this hearing aid is one of the most discrete and smallest hearing aids on the market, and the only CIC ready to wear hearing aid available globally. This means you no longer require custom moulds or have to wait to be fitted with the device. Traditional CIC hearing devices are sent away following an impression of the ear canal, only for your moulds to arrive weeks later. The dynamic domes of the Signia Silk Nx which clip onto the Silk in a variety of sizes and types will provide an uninterrupted comfort level all day long.
For the first time, Signia has offered for wearers with hearing loss (that are unaidable in one ear) a CROS Silk 7Nx. This device provides the wearer with a 360 degree sound experience in the worlds most discreet CIC solution. Additionally, the wearer benefits from the world’s first CROS Completely in the Canal (CIC) hearing aid!
It doesn’t stop there! Say goodbye to regular visits to your clinician and uncomfortable nights out struggling in noisy environments! The Signia Silk 7Nx is compatible with the touchControl App developed by Signia for discreet remote control adjustments and TeleCare. The Signia TeleCare accessibility, helps the wearer report back in live time the hearing aids performance and ratings in difficult environments! The result is a more refined hearing aid to your hearing loss and customised sound preference.
Signia Silk 7Nx: Key features
- Superior speech and sound understanding in a class-leading natural sound output
- Click Sleeves and domes for an instant fit for all ear canal sizes
- 20% smaller than its predecessor and the smallest CIC in the world
- Invisible and discreet
- Binaural OneMic directionality
- An improvement on the EarDeals’s most requested trial hearing aid
- Two colour options for ultimate discreteness
Overview:
Click Here
