TRUTHEAR Hexa 1DD+3BA Hybird in-Ear Headphone Gaming Earbud HiFi IEM Earphone with 0.78mm 2pin Cable

TRUTHEAR Hexa 1DD+3BA Hybird in-Ear Headphone Gaming Earbud HiFi IEM Earphone with 0.78mm 2pin Cable

1DD+3BA Hybrid Structure: [HEXA] Adopting the polyurethane suspension composite liquid crystal dome diaphragm & dual-cavity internal magnetic circuit dynamic driver of N52 magnet. Utilizing the DLP-3D printed cavity commonly used in high-end multi-driver & custom earphone. Come with the copper silver-plated cable with a thicker diameter of the single strand. Present the excellent objective index. New generation DLP 3D printed technology: The DLP 3D printed cavity from HeyGears is equipped with its own medical-grade high-transparency resin, internal coloring, & delicate surface grinding process. It can realize complex delicate acoustic waveguide structures while ensuring printing accuracy & efficiency, at the same time, it brings the lightweight cavity to fit well while making sure the skin-friendly & reliable cavity materials. ID design A brand New Concise Reliable： [HEXA] offers a square but smooth ID design, which can compress the cavity volume as much as possible on the premise of ensuring the wearing reliability, to make sure that it can have a lighter weight while using CNC anodizing sandblasting metal faceplate, & reduce the auricle touch, so as to release the pain caused by long-term wearing. Moreover, the aluminum alloy faceplate is locked by screw self-tapping & fixed by glue, worry-free about accidental flling. Efficient Driver-configuration: [HEXA] is an in-ear headphone with one dynamic driver+three balanced armature drivers hybrid structure. The original intention of the design is to achieve the design goal via adopting a simple reasonable & efficient configuration & striving to bring users a mature hybrid earphone at an acceptable price. A custom balanced armature driver, which is similar to the WBFK series, is responsible for the Highs, which not only makes up the bandwidth but also brings HEXA a smooth clear high-frequency performance through fine processing.