Custom Earmolds In Canada | Iedcanada.com
AnĀ earmoldĀ is a device worn or inserted into the ear canal for sound conduction or ear protection. Earmolds take shape of the ear canal. Generally, Earmolds are made by inserting impression material inside ear canal which gets dried and take shape of ear canal after which it is trimmed to get rid of extra material and die is made after which silicone is poured to make mold. Sometimes users choose how hard or soft they want their mold to be, an audiologist can also suggest this depending upon the ear screening of patient. As a conductor, it improves sound transmission to eardrums. This is an essential feature to minimize feedback paths in hearing aidsĀ and assures better understanding in noisy-environment conversation. The main goal in wearing earmolds is to provide better comfort to user and increase efficiency of Hearing Aid. Earmolds (and their tubes) often turn yellow and stiff with age, and thus need replacement on a regular basis. Traditional method of Ā making earmolds is very time-consuming and require lot of skills with perfection; each one is made individually in a molding process.
However, with advancement in technology, molds are made using 3D technology. 3D mold Ā printing has transformed the audiology. Now using 3D laser scanners, molds are manufactured quickly and precisely. Custom Earmolds are produced mainly for Behind The Ear (BTE) models of Hearing Aids.
Innovative Earmold Designs (IED) Canada is well known for manufacturing world class hearing protection devices and custom Earmolds.
In collaboration with a team of industry experts and supported by industry leaders in digital equipment and technology IED offers a broad selection of digitally designed custom devices such as ear molds for Behind the Ear hearing instruments, swim plugs, sleep plugs, hearing protection plugs, ear monitors and a selection of hearing care supplies and accessories. Innovative Ear mold Designs state-of-the-art digital ear mold are made of the finest and most durable environmental friendly biocompatible materials, the digital design solution is based on 3D technology which uses a scan of the ear impression to create a digital image, a 3D modeling software is then used to complete the design of the ear mold. The software is also used to verify the fit and canal direction for optimum acoustic performance and comfort. A High-Definition, high quality 3D printer through a process called stereo-lithography is then used to print ultra-thin layers ultimately creating the exact 3D structure which enables a digitally precise fabricated product using our proprietary process.
