Songbird Ultra Hearing Aid – Free Shipping Coupon Code!
Songbird rarely have discounts but are offering free shipping on the more advanced Ultra Model – use code freeship. This is not only the best hearing aid for mixed loss but for many other hearing situations.
Price: $299.90 + FREE Shipping! Use code freeship.
Features and Benefits
• Affordable
• Digital sound processing
• Dynamic feedback cancellation
• Noise Reduction
• Additional Sound Boost
• Songbird’s smallest hearing aid
http://www.songbirdhearing.com/ultra
Great advice below from the Federal Trade Commision Website:
Sound Advice on Hearing Aids
More than 35 million Americans suffer from some degree of hearing loss. If you’re one of them, you may be shopping for an assistive device. Before you buy any product to enhance your hearing, the Federal Trade Commission (FTC), the nation’s consumer protection agency, says it’s important to understand the various types of hearing loss, the differences between a hearing aid and a personal sound amplification device, and what to consider when you’re shopping so you get the product that’s most appropriate for your particular kind of hearing loss.
What are the common types of hearing loss? Three types of hearing loss are the most common:
- Conductive hearing loss, which involves the outer ear, the middle ear, or both. It usually results from a blockage from earwax, fluid in the middle ear, or a punctured eardrum. Conductive hearing loss often can be corrected surgically.
- Sensorineural – or “nerve” – hearing loss, which involves damage to the inner ear. It can be caused by disease, illness, age, injury from exposure to noise or certain medicines, or a genetic disorder. Usually, sensorineural hearing loss can’t be repaired surgically, but it can be corrected with a hearing aid.
- Mixed hearing loss, which is a combination of sensorineural and conductive hearing loss. Only a small portion of adult hearing problems, like ear infections and middle ear diseases, are medically or surgically treatable. If the hearing loss can’t be treated medically or surgically, a hearing aid may be beneficial.
Sound Advice: If you think you are losing your hearing, see your doctor. You may be referred to a health care professional who specializes in ear health and hearing loss.
We found this excellent guide of hearing aid models and usage costs at
Deaf News Today:
Hearing Aid Models
Here is a look at the 5 types of hearing aid models along with their advantages and costs.
▪ BTEs “behind the ear”
These are the familiar crescent-shaped instruments first developed in the late 1940s. These durable aids include a receiver, microphone and amplifier that fits over the ear. It directs sound into the ear canal through a tube and custom-fitted ear mold. The most options and is easiest to handle. Picks up sound and processes it into electrical impulses that are sent through a wire to the speaker. Cost: $500 to $2,900 per ear.
▪ “mini” BTEs or OTE (on the ear)
These are the newest aids. They dramatically reduces the size of the crescent and replaces the bulky wire and speaker with a clear, thin tube. They cost $700 to $2,350 per ear.ITEs “in-the-ear” Smaller than BTEs, these fit into the outer ear and project slightly into the ear canal. Fairly easy to handle and comes with many features. These can be ordered with or without dual microphones, which provide information to the computer to analyze and reduce background noise. It comes in full shell size and the smaller, less-visible “half shell” size. Cost: $500 to $2,400 per ear.
▪ ITCs “in the canal”
This variation on the in-the-ear models protrudes only slightly into the outer ear. They are partially visible though smaller than ITEs. Not for people with severe or profound hearing loss. Fewer features and more difficult to handle. Cost: $650 to $2,350 per ear.
▪ CIC “completely in canal”
The smallest but most difficult to handle model, these customized hearing aids are tucked so far down that it comes with a plastic thread to pull it out; They are rarely visible. Not for people with severe or profound hearing loss, smaller batteries with short life; will last no more than 7 years. Impressions are taken of the ear canal to fashion the aids. Cost: $500 to $2,900 per ear.
▪ IOT “invisible open technology”
A one-size-fits-all model, these aids are a variation on CIC aids but are not custom-fitted. Sometimes referred to as “fit-and-go,” it can be programmed in one visit to a hearing aid center. Cost: $1,500 to $1,900 per ear.
We found this explanation from UNC’s website at http://www.med.unc.edu/earandhearing/CIs/cisvhas very helpful!
“Implants Vs Hearing Aids
Hearing is a complex process that originates in the cochlea; the organ of hearing that is located inside the temporal bone of the skull. The cochlea is a tiny snail shell shaped organ that is comprised of thousands of microscopic sensory cells. These sensory cells work like keys on a piano. Each sensory cell is organized and tuned to match a certain pitch, much like piano keys are. In a normal hearing person, these sensory cells respond to acoustic information in the environment and translate it into a neurological code that the brain can interpret. Understanding of sound happens in the brain; the ears are just the way in. The sensory cells have a very important role in this translation of acoustic information to a neurological code. If any of the sensory cells do not work properly, the information that arrives in the brain will be distorted and incomplete. The listener may have difficulty understanding what is said.
Speech is a complex acoustic signal. When a speech signal makes it to the cochlea, many sensory cells respond. This would be analogous to a sonata playing on a piano. Many keys are being played at once to make rich, full music or, in this case, speech. When sensory cells are damaged and/or missing, incomplete and distorted sound arrives at the brain. Think about how a piece of music would sound when played on an out of tune piano with missing keys. This is comparative to speech coming through a cochlea with damaged and missing sensory cells. When the signal arrives at the brain, the music isn’t rich, full, or even recognizable. The listener has to work even harder to understand what he or she is listening to.
Hearing aids only make sound louder. A loud sound arrives at a damaged cochlea. Louder sounds don’t overcome the damage of the sensory cells. The damage is permanent.
A cochlear implant is not a hearing aid. Rather, it is a neural prosthesis that helps to provide hearing to people with severe to profound hearing loss by bypassing the damaged sensory cells of the cochlea for individuals that cannot make use of the sound amplified by the hearing aid. The patient’s traditional means of hearing, “acoustic hearing,” is then replaced with “electric hearing” through the cochlear implant. From this point forward, a new journey in hearing…begins!
Implants Vs Hearing Aids
Hearing is a complex process that originates in the cochlea; the organ of hearing that is located inside the temporal bone of the skull. The cochlea is a tiny snail shell shaped organ that is comprised of thousands of microscopic sensory cells. These sensory cells work like keys on a piano. Each sensory cell is organized and tuned to match a certain pitch, much like piano keys are. In a normal hearing person, these sensory cells respond to acoustic information in the environment and translate it into a neurological code that the brain can interpret. Understanding of sound happens in the brain; the ears are just the way in. The sensory cells have a very important role in this translation of acoustic information to a neurological code. If any of the sensory cells do not work properly, the information that arrives in the brain will be distorted and incomplete. The listener may have difficulty understanding what is said.
Speech is a complex acoustic signal. When a speech signal makes it to the cochlea, many sensory cells respond. This would be analogous to a sonata playing on a piano. Many keys are being played at once to make rich, full music or, in this case, speech. When sensory cells are damaged and/or missing, incomplete and distorted sound arrives at the brain. Think about how a piece of music would sound when played on an out of tune piano with missing keys. This is comparative to speech coming through a cochlea with damaged and missing sensory cells. When the signal arrives at the brain, the music isn’t rich, full, or even recognizable. The listener has to work even harder to understand what he or she is listening to.
Hearing aids only make sound louder. A loud sound arrives at a damaged cochlea. Louder sounds don’t overcome the damage of the sensory cells. The damage is permanent.
A cochlear implant is not a hearing aid. Rather, it is a neural prosthesis that helps to provide hearing to people with severe to profound hearing loss by bypassing the damaged sensory cells of the cochlea for individuals that cannot make use of the sound amplified by the hearing aid. The patient’s traditional means of hearing, “acoustic hearing,” is then replaced with “electric hearing” through the cochlear implant. From this point forward, a new journey in hearing…begins!”
From http://www.umm.edu/otolaryngology/baha.htm:
What is a Baha?
The Baha is a surgically implantable system for treatment of hearing loss that works through direct bone conduction. It has been used since 1977, and was cleared by the FDA in 1996 as a treatment for conductive and mixed hearing losses in the United States. In 2002, the FDA approved its use for the treatment of unilateral sensorineural hearing loss.
Baha is used to help people with chronic ear infections, congenital external auditory canal atresia and single sided deafness who cannot benefit from conventional hearing aids. The system is surgically implanted and allows sound to be conducted through the bone rather than via the middle ear – a process known as direct bone conduction.
How does a Baha work?
The Baha consists of three parts: a titanium implant, an external abutment, and a sound processor. The system works by enhancing natural bone transmission as a pathway for sound to travel to the inner ear, bypassing the external auditory canal and middle ear. The titanium implant is placed during a short surgical procedure and over time naturally integrates with the skull bone. For hearing, the sound processor transmits sound vibrations through the external abutment to the titanium implant. The vibrating implant sets up vibrations within the skull and inner ear that finally stimulate the nerve fibers of the inner ear, allowing hearing.
Songbird Ultra Hearing Aid with Free Shipping
Songbird hearing aids work great – they rarely have discounts but are offering free shipping on the more advanced Ultra Model
Use code: freeship
Price: $299.90 + FREE Shipping! Use code freeship.
Features and Benefits
• Affordable
• Digital sound processing
• Dynamic feedback cancellation
• Noise Reduction
• Additional Sound Boost
• Songbird’s smallest hearing aid
http://www.songbirdhearing.com/ultra
Duracell DA13B12RC 1.4-Volt Zinc Air Hearing Aid Batteries, Size 13, 12-Count Packages (Pack of 2)
$9.66 Free Shipping with Amazon PRIME
Original Price – $23.98
Marked Down To $15.94
Subscribe & Save Marks Down to $13.55
Look in your Grocery Coupons for $1.50 coupon of this battery to make it $12.05
Then use Coupon Code DURACELL to take of a additional $2.39 to make it
$9.66 and Free 2 Day Shipping W/Prime
http://www.amazon.com/Duracell-DA…W1Y0BV2E6K
Size and How the Hearing Aid is Worn
The first way that we categorize hearing aids is by the size and how the hearing aid is worn.
The largest hearing aid is called a body aid. A body aid is about the size of a pack of cigarettes. It is usually held to the listener’s chest with a special harness or is carried in a shirt pocket. Body aids used to be necessary for listener’s who needed power but as technology has improved they are no longer used very often. Body aids need to be connected to the users ear with ear molds. A wire runs from the hearing aid and connects to the ear mold by way of snap ring.
Behind-the-Ear (BTE) hearing aids are the most common type of hearing aid worn by children. The hearing fits behind the child’s ear and is connected to the ear by the use of an ear mold. BTE hearing aids have the advantage of being small but still able to deliver power when needed.
A BTE aid will have a compartment to hold a battery, an on/off switch, and a volume control. Sometimes the on/off switch will have a setting marked T as well. We will talk about the T setting later.
The BTE has a curved hard plastic piece coming out of hearing aid and connecting to the tubing on the ear mold. This part is called the tone hook. Some times changing a tone hook’s size and shape can help a BTE aid fit better.
It is easy to lose a BTE aid because they are small. Another problem is that even though BTE aids are small, they can be large compared to a young child’s head. Sometimes there just isn’t enough ear to hold the BTE against the child’s head. Fortunately there are some things that can be done to solve the problem. Adjustments to the tone hook or ear mold often can help hold the hearing aid more tightly to the child’s ear. There is also a piece of tubing, called a “Huggy”, which connects to the hearing aid and helps hold it against the head.
The other types of hearing aids are In-the-Ear (ITE), In-the-Canal (ITC), and Completely-in-the-Canal (CIC). These smaller aids don’t have as much power as BTE aids and are not typically recommended for children. These hearing aids are small and not very noticeable when worn. However, the hearing aid is built into the ear mold. Whenever there is a need for a new ear mold, the hearing aid user is without the hearing aid. Also because of the small size of the hearing aid, very good fine motor control is needed to operate the switches and replace batteries.
The above is taken from: http://tsbvi.edu/Outreach/seehear/winter05/hearing.htm
Try a great site we have found very fast
www.localbattery.com