KZ AS24 – Black In Ear Earphones

KZ, an eminent manufacturer of professional aural transducers, has recently launched a new offering – the KZ AS24 – which boasts an array of impressive attributes.

The DLP 3D-printed housing ensures precision and clarity, while the ergonomic design and silver-plated cable with 0.75mm 2Pin C-Type pin enhances comfort and durability.

12 BA Drivers, This Earphone Has No Room for More

The AS24 has 12 BA drivers per side, which breaks the audio hardware ceiling. 31736 array-design BA is responsible for high and ultra-high frequency, providing smooth scalability and rich sound details. Customized 29689 BA is responsible for mid-frequency, bringing a clean vocal and transparency in mid-range. 30019 BA is responsible for high-frequency, providing a refined sense of layering and realistic on-site experience. The newly designed 22955 BA is responsible for low-frequency, bringing a powerful and resilient bass.

Precise Structure Like an Artwork

The traditional “u” shaped reed is designed for hearing aids, and its bending process may lead to poor stability and consistency. This time, KZ has designed a “trident” reed specifically for HiFi earphones, which is more accurately centered between the magnets. This design can enhance sound density, reduce distortion, and achieve better transient performance. Compared to all previously balanced armatures, the newly designed 22955 BA can deliver more powerful and resilient bass. The new generation 29689 BA can deliver spacious, elegant, and natural sound with superior treble extension.

A Design that Combines Elegance and User Experience

The AS24 housing uses new manufacturing technology. Different from general 3D printing, the new generation DLP 3D printing technology can realize high-precision printing of complicated internal structures of earphone cavities, with the advantages of higher printing efficiency, more uniform illumination, and higher curing strength. At the same time, the lot cavity model, designed and finalized based on a large number of users’ big data about the ear and ear canal, provides a comfortable wearing experience for listeners. It is made of a lightweight and skin-friendly resin material that remains comfortable to wear for long periods.