The Brainwavz B200 In-Ear Headphones Feature 3D-Printed Bodies
Justin Lam — June 27, 2018 — Tech
References: kxxv & digitaltrends
Brainwavz first introduced the B400 in-ear headphones to critical acclaim but its newest release, Brainwavz B200, may just outdo its predecessor in terms of performance and affordability. The appeal of the B400 came from their construction, which utilized liquid resin 3D printers. This process gives the in-ear headphones an incredible level of comfort and a unique aesthetic. The Brainwavs B200 follow an identical manufacturing process and are still manufactured in-house by Brainwavz.
Unlike the B400 the Brainwavz B200 employs a dual-balanced armature design, meaning the drivers cover a wider frequency spectrum and are less focused on a specific tone. This has not hurt the audio quality of the headphones as the B200 is still considered audiophile grade and offers up an amazing sound.
Image Credit: Brainwavs
Unlike the B400 the Brainwavz B200 employs a dual-balanced armature design, meaning the drivers cover a wider frequency spectrum and are less focused on a specific tone. This has not hurt the audio quality of the headphones as the B200 is still considered audiophile grade and offers up an amazing sound.
Image Credit: Brainwavs
Trend Themes
1. 3d-printed Audiophile Headphones - Manufacturing high-quality headphones using 3D printing technology offers a unique aesthetic and level of comfort for audiophiles.
2. Affordable High-fidelity Audio Equipment - The release of affordable audiophile headphones like the Brainwavz B200 allows more consumers to experience high-quality sound without breaking the bank.
3. Dual-balanced Armature Technology - The use of dual-balanced armature drivers in headphones like the Brainwavz B200 provides a wider frequency spectrum and improved audio quality.
Industry Implications
1. Audio Technology - The audio technology industry can leverage 3D printing and dual-balanced armature technology to create innovative products that cater to audiophiles.
2. Consumer Electronics - The consumer electronics industry can benefit from the growing demand for affordable audiophile headphones, offering options that cater to different price points.
3. Manufacturing - The manufacturing industry can explore the application of 3D printing technology in producing high-quality headphones with unique designs and enhanced comfort.
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