Final Audio - E3000 - Dynamic Driver In-Ear Headphones

Final Audio - E3000 - Dynamic Driver In-Ear Headphones

Sound quality design based on the latest acoustic engineering and psychological research results. With high definition and flat, natural sound quality, this product could be considered a "Standard"

Final Audio has carried out the sound design of this product based on the latest acoustic engineering and psychological research results. With well-balanced sound reproduction from low through to high frequencies, you can experience the same kind of sound spread you would if you listened to music in a concert hall. With Final Audio’s E3000 Dynamic Driver In-Ear Headphones, they’ve aimed at a natural sound quality for a "standard" whose value you feel the more you use it over time rather than just in its appeal when you first listen to it.

Unique swing-fitting earpiece mechanism

With their swing fit mechanism, the earpieces can be swung left and right and tilted towards the audio canal for a perfect fit. This prevents changes in shape owing to the aperture of the earpiece coming into contact with the audio canal. The sound is transmitted directly to the eardrum, delivering clear sound.

6.4mm Diameter dynamic driver unit

The precision involved in assembling the parts for the driver unit is of the utmost importance. The small-aperture 6.4mm diameter dynamic driver unit boasts an extraordinarily high level of precision for this price range.

Highly rigid machined stainless steel housing

Machined from stainless steel and with a mirror finish, the housing firmly supports the driver unit and suppresses unnecessary vibrations. This housing is an important element with respect to sound quality. As befits a device for the mature listener, this design has a simple shape and a high-quality texture matched with classic sound quality.

Stainless steel mesh housing back

An aperture is present on the back of each housing which acts to extend the reproduction band of low frequencies. To prevent sound leakage from these apertures, there is a filter inside and a stainless steel mesh has been added to the outside.

Original earpieces

Two types of silicone that differ in rigidity are employed for the sound conduit as well as for the earbud that comes into contact with the user's ear. The silicone used for the sound conduit is more rigid than that which is used for the earbud, and by having groove processing applied to it, combines both strength and flexibility. Soft silicone has been employed for the earbud, making for a comfortable fit and a high level of sound insulation.

Original cable that suppresses touch noise

Taking touch noise into consideration, a soft, flexible coating material has been employed. When using ear hooks, it moves flexibly, making for a good fit.