AZLA SednaEarfit MAX

SednaEarfit max uses an all-in-one silicone filter, which is separated from medical silicone materials

The ear tip that gently adheres to the sensitive “skin” inside the ear

• 100% Silicone

• Pressure + noise cancelling with Tapered structure

• Prevents foreign substances from entering with Special silicone filter

Nozzle adapter included
MAX Standard eartips with an adaptor for narrow nozzle earbuds are included.

100% Silicone

Material used specially for the skin inside the ears!

AZLA SednaEarfit Max is made of the same silicone used in tools that enter the body during surgery.

In addition, for safety, the “ear-contact part” does not contain any pigments or other additives other than silicone.

SednaEarfit Max uses Korean KCC’s Silicone. The “Umbrella” which touches the ears is made out of 100% silicone and does not contain any mixed ingredients (such as pigments, plastics, etc.)

Tapered structure

The tapered structure minimizes irritation and maximizes the noise canceling effect

A new fit that’s comfortable to wear!

Unlike regular ear tips, the thickness of the ear-contact area is thinner, reducing pressure and increasing sound insulation.

Pressure relieve

(Bad) Normal type : Gets thicker towards the inside of the ear, resulting in pressure
(Good) Tapered type : Gets thinner towards the inner ear, therefore reduces pressure and makes it more comfortable

Increased sound insulation

(Bad) Normal type : The thickness makes it less elastic and less soundproof
(Good) Tapered type : The part where the sound enters is thick, resulting in excellent sound insulation

hexagonal filter design

Is there a way to prevent foreign substances to block the filter without interfering with the sound? Solution: Ideal sound structure hexagonal filter design.

• Safe material

• Flexibility

• Comfortable to wear

• Blocking dust

(Bad) Circular type: There's a gap between the shapes and outer lines
(Bad) Square type: There's a gap in the outer line
(Good) Hexagonal type: Minimize the space between shapes and outer lines

Through various mathematical calculation tests, we adopted a “hexagonal structure” that effectively reduces the inflow rate of foreign substances and increases sound transmission by minimizing the margins between shapes and outline margins.