【Voltage Compatibility】
When using electrical appliances, please note that they are designed for Japanese voltage specifications (90-110V), so if you use them with a different voltage, it may cause a malfunction.
【Plug Type】
Our products use Japanese plug types (A or B type).
Please use a conversion adapter if necessary.
【Important Note on Transformers and Adapters】
A transformer adjusts voltage to match your device’s requirements.
A conversion adapter only changes the plug shape and does not adjust voltage.
Using only a conversion adapter without a transformer may result in damage to the product.
【Liability】
We are not responsible for malfunctions or damages caused by improper use, such as operating the product without a transformer.
"Equipped with dual magnet dual chamber dynamic driver unit" MS3 uses a dual magnet dual chamber 10.2mm dynamic driver unit originally developed by HIDIZS, and its vibration membrane is a bio-nano fiber composite film. With the dual magnet dual chamber design, the bass is powerful, deep, and elastic, and the imaging of vocals and midrange is clearer and purer. The SWFK-31736 composite armature driver unit is responsible for high-frequency and ultra-high frequency output. High-frequency output is clear, bright, and spacious, and ultra-high frequencies deliver rich emotion and detail. The MS3 uses tantalum capacitors to achieve split point control and more accurately reproduce the frequency response.
"Aluminum Alloy Shell/Ergonomic Design" The shell of HIDIZS MS3 HiFi wired earphones is made of aviation aluminum alloy by 5-axis CNC. Ergonomic design allows you to use it for a long time without getting tired. Also, the surface can be kept clean for a long time after anodizing. The panel design is highly distinguishable, with pure black oxidation treatment and a flame-like three-dimensional form that stands out. Gives a dynamic impression.
"Replaceable cable made of high-purity oxygen-free copper wire" MS3 uses UP-OFC technology that uses a high-purity oxygen-free copper wire core. The cable diameter is 6mm, the length is 1.2m, and it is equipped with a gold-plated earphone plug. It has improved wear resistance and tensile resistance, is not easy to tangle, and is convenient to carry and use. Moreover, it adopts 0.78mm 2pin connector, which is compatible with most earphone jacks available on the market and all HIDIZS IEMs. The MS3 earphones are compatible with interchangeable cables and can be used with most earphone upgrade cables and Bluetooth earhooks.
"Hidizs Pneumatic Sound Tuning Filter" MS3 is equipped with three types of replaceable filters, and by simply changing the strength and direction of the airflow in the chamber, you can achieve three distinctive sounds: treble, balance, and bass. You can. Combined with various conversion filters, you can listen to different types of music. With one earphone, you can get three times the fun. Balanced Rose Gold: Hidizs' unique style, suitable for pop and folk songs.Treble, Silver: Improves smoothness, suitable for ACG and classical music.Bass, Red: Powerful, suitable for rock and heavy metal. .
``Wide range of accessories/Hi-Res certification'' MS3's packing list includes a custom PU material storage bag. This storage bag is flexible, thick, and easy to hold. The storage bag has a spring-opening design that opens with a light push and closes automatically when released, making it easy and convenient to take out. Additionally, it comes with 3 types of HIDIZS tuning filters and 9 pairs of ear tips (balance tips, treble tips, bass tips, 3 pairs of each size), which can be used in combination in different hearing environments.
MS3 HiFi in-ear monitor earphones adopt Hidizs' independently developed 10.2mm dynamic driver with dual magnetic circuit and dual cavity, and its diaphragm is a bio-nano fiber composite diaphragm. Dual magnetic circuit and dual cavity composite diaphragm dynamic driver has higher magnetic induction than ordinary dynamic driver. Due to the action of higher magnetic induction, the diaphragm can obtain additional acoustic energy, which improves the transient performance of the dynamic driver and provides higher energy conversion efficiency.
