AZLA has announced it has launched several new models of silicone replacement tips for the AirPods 4 and AairPods Pro. AZLA says that its AirPods tips are engineered to stay put while being worn, preventing them from sliding or falling out entirely. In addition to the AZLA SednaEarfit for AirPods 4, the company is also releasing the SednaEarfit Crystal for AirPods Pro, SednaEarfit XELASTIC for AirPods Pro, and SednaEarfit MAX for AirPods Pro.
AZLA SednaEarfit for AirPods 4
The AZLA SednaEarfit for AirPods 4 is a discreet, ultra-thin silicone cover designed to keep the AirPods 4 securely in place without compromising comfort, sound quality, or charging convenience.
SednaEarfit Crystal for AirPods Pro
AZLA’s Crystal series tips are crafted from hypoallergenic German LSR (liquid silicone rubber). Crystal tips feature a grippy, anti-slip surface that keeps your earbuds securely in place, even during intense movement or activity. AZLA’s Crystal earbud replacement tips use the same type of mesh filter as Apple AirPods Pro, ensuring maximum sound performance of the AirPods Pro.
SednaEarfit XELASTIC for AirPods Pro
Made from German heat-reactive TPE, AZLA’s XELASTEC tips adapt to the ear canal for a personalized, custom-like fit. Softer than the Crystal series yet tacky enough to stay firmly in place, XELASTEC tips enhance passive noise isolation, improve sound clarity, and keep your earbuds secure. XELASTEC for AirPods Pro features a refined mesh adapter made from Italian technical textile, with a dense acoustic structure similar to AirPods Pro tips—enhanced with upgraded materials for better clarity and performance.
SednaEarfit MAX for AirPods Pro
Crafted from KCC medical silicone, AZLA MAX eartips feature a pure, dye-free, and additive-free design. Lab-tested for acoustic performance, these tips provide detailed sound while maintaining a comfortable seal for long listening sessions. Equipped with a hexagonal silicone filter, AZLA MAX replacement earbud tips effectively prevent dust from entering ears without compromising sound quality.
