MIM (Metal Injection Molding)
MIM is a method of mixing fine metal powder and binder, molding with a mold like resin, sintering at high temperature, and adjusting the shape. Similar to molded articles of resin, the high flexibility, and it is possible to internally design complex shapes while being metal.
MMCX connector + silver coat cable
MMCX plug parts and 3.5 mm mini-plug parts that are prone to breakage, those that normally pass about 5,000 flex tests are designed to withstand over 50,000 flex tests.
The sound quality was designed based on "the relationship between the sound field and the dynamic range and the physical characteristics of earphones and headphones." Target curve and driver design suitable for studying the relationship between the "feeling of a sound field" and "resolution" or the "dynamic range" and the physical characteristics of earphones and headphones in making sound in music recording It has been found that you can enjoy music more deeply. The B1 is a model that places particular emphasis on the proximity and presence of sounds.
Sensation of a customized
A stable sensation of fit is achieved by contact with three parts of the ear. As illustrated in the below diagram, the pink areas comprise one point of contact (ear pocket), the green areas comprise on point of contact (earpiece) and a blue area (tragus) comprises the third point of contact. Compared to a shape that comes in contact with an organically large area of the ear, the limited contact area of this shape conforms to the ears of many users. Elasticity of silicone, etc. is not employed. There is no oppressive force on any of the points of contact in the ear, and this gives the earphone a sense of conforming fit. Suffice to say that this provides the superior sensation of fit worthy of a customized earphone.
Silicon carry case
The earphones are softly secured between thin dome-shaped silicon and the lid. The cable is wound around the circumference of the case, while the plug is stored in a separate space to the earphones on the bottom of the case.
With similar existing products, it was assumed that they would be fitted to ears of differing sizes; not only were they large in size, their appearance was rather too distinct, and it took a lot to get accustomed to fitting them. Having considered what the key to fitting the ear hooks was, we discovered a form that was smaller than existing ear hooks, that didn’t utilize metal or resin wires and fits the ears of more people. Made of soft silicon, they make for a comfortable fit.
E Type earpiece
The earphone earpieces come in two types for you to choose from – silicon and foam. It is possible to achieve what could be termed a perfect fit, irrespective of the size of the wearer's auditory canal. There is a close relationship between the airtight level of the product, bass tones and sound insulation; depending on the earpieces chosen, it is possible to considerably change the bass volume and sound insulation. In particular, the foam type earpieces have sound insulation properties close to noise cancelling types