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Pure 13 BT Primax Signia Siemens Pure 13 BT Primax is a Receiver In the Canal (RIC) hearing aid. It is intended for use with the Apple iOS, iPhone. The Pure 13 BT Primax connects directly with the iPhone and does not require a physical interface. A phone call, music or a video sound will be sent directly to your Signia Siemens Pure 13 BT Primax hearing aids. You will hear the sound in high definition stereo. Using the Signia myControl app with the Signia Siemens Pure 13 BT Primax the user can control the hearing aids. The app also monitors the wearer’s environment and using the iPhone’s motion sensors provides the best possible hearing when moving. With the Signia Tele-Care feature we can make adjustments remotely, eliminating the need for user to come to our office for these adjustments. There is no need to worry about moisture, sweat, dust or dirt because the Pure 13 BT Primax is IP 67 rated. The Primax features are SpeechMaster, HD Music, TwinPhone and EchoShield. Primax is proven to provide better than normal hearing in difficult listening environments. Signia Siemens includes a 3 year warranty with 5 Primax and 7 Primax and a 2-year warranty with 3 Primax. Warranties include loss and damage coverage. Includes TeleCare remote care capability. The Pure 13 BT Primax is not rechargeable.
High Quality Hearing Aid We are Provide High Quality Hearing Aid. Like Siemens. We are authorized for Ludhiana Location from Siemens.
HEARING AID TECHNOLOGY CLEARLY EXPLAIN What’s the difference between analog and digital hearing aids? Analog hearing aids basically take sounds and make them louder, just as cupping your hand behind your ear amplifies sound. Some analog hearing aids include a programmable microchip, but the functions are relatively basic. Digital hearing aids take in sound waves (in themselves, analog signals, for the tech folks out there), translate them into digital format, process, filter, distort, amplify and ultimately deliver a sound signal into your ear canal that is custom-tailored to your needs. In order to perform all these wonders, digital hearing aids contain a Digital Signal Processor (DSP) chip. To better understand digital versus analog, consider the difference between analog vinyl records and digital CDs. Vinyl records require fairly simple methods for playback, and a simple turntable and needle will do the trick. CDs take a little more hardware, as the digital information has to be processed and reproduced. While there is a greater amount to do, CDs provide clearer, high fidelity sound. Some people prefer the warm crackle of a vinyl record, but that fuzz simply won’t do when it comes to your hearing! AUG 23, 2017 What’s the difference between analog and digital hearing aids? Analog hearing aids basically take sounds and make them louder, just as cupping your hand behind your ear amplifies sound. Some analog hearing aids include a programmable microchip, but the functions are relatively basic. Digital hearing aids take in sound waves (in themselves, analog signals, for the tech folks out there), translate them into digital format, process, filter, distort, amplify and ultimately deliver a sound signal into your ear canal that is custom-tailored to your needs. In order to perform all these wonders, digital hearing aids contain a Digital Signal Processor (DSP) chip. To better understand digital versus analog, consider the difference between analog vinyl records and digital CDs. Vinyl records require fairly simple methods for playback, and a simple turntable and needle will do the trick. CDs take a little more hardware, as the digital information has to be processed and reproduced. While there is a greater amount to do, CDs provide clearer, high fidelity sound. Some people prefer the warm crackle of a vinyl record, but that fuzz simply won’t do when it comes to your hearing!
Open-fit hearing aid is a variation of the behind-the-ear hearing aid with a thin tube. This style keeps the ear canal very open, allowing for low-frequency sounds to enter the ear naturally and for high-frequency sounds to be amplified through the hearing aid. This makes the style a good choice for people with mild to moderate hearing loss. An open-fit hearing aid: Is less visible Doesn't plug the ear like the small in-the-canal hearing aids do, making your own voice sound better to you May be more difficult to handle and adjust due to small part
Learning More About Hearing Loss To understand hearing health and hearing loss, you should first understand how your ear works to capture sound and transmit it to your brain. The outer ear is designed to capture sounds and funnel them into the ear canal. The sounds enter your ear canal, where they cause vibrations in your eardrum. The eardrum has the job of transferring the sound waves from your outer ear to your inner ear. As the sound passes through the inner ear, it vibrates tiny hair cells that represent individual frequencies or pitches. If you think about the inner ear as a piano, some hairs represent the highest notes on the piano, and some represent the lowest. As the various hairs vibrate, it triggers transmission of those frequencies to your brain for interpretation of what sound you have heard. Your ability to hear clearly can be impacted by certain medical conditions, genetics, accidents, prolonged exposure to loud noises, or even aging.
invisible hearing aid, our most discreet digital hearing aid, is one of the tiniest Completely-in-Canal (CIC) hearing aids on the market. Its sophisticated hearing technology in its small and invisible form gives you a natural, crisp sound quality. With auto-adapt technology, this invisible hearing aid adjusts to every listening environment without you having to press a button. The compact invisible design allows for a high degree of comfort, ventilation, and customization, thanks to its replaceable tip system. In short: a tiny hearing aid, with an intelligent core.
What’s the difference between analog and digital hearing aids? Analog hearing aids basically take sounds and make them louder, just as cupping your hand behind your ear amplifies sound. Some analog hearing aids include a programmable microchip, but the functions are relatively basic. Digital hearing aids take in sound waves (in themselves, analog signals, for the tech folks out there), translate them into digital format, process, filter, distort, amplify and ultimately deliver a sound signal into your ear canal that is custom-tailored to your needs. In order to perform all these wonders, digital hearing aids contain a Digital Signal Processor (DSP) chip. To better understand digital versus analog, consider the difference between analog vinyl records and digital CDs. Vinyl records require fairly simple methods for playback, and a simple turntable and needle will do the trick. CDs take a little more hardware, as the digital information has to be processed and reproduced. While there is a greater amount to do, CDs provide clearer, high fidelity sound. Some people prefer the warm crackle of a vinyl record, but that fuzz simply won’t do when it comes to your hearing!
High Quality Hearing Aids
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