Dunu Zen Pro

DUNU's Revolutionary ECLIPSE Driver Technology

DUNU revolutionized its dynamic driver technology with its specially developed ECLIPSE dynamic driver technology. For this, DUNU brings together multiple patented technologies in a single dynamic driver such as full-range response, powerful magnetic flux, metallic alloy dome with high-quality coatings, nano DLC diaphragm, and several other features. Zen Pro is the fourth IEM to feature the revolution ECLIPSE driver technology after DUNU Zen, DUNU Luna, and the latest DUNU Falcon Pro.

Revamped Dynamic Driver For Extra-Ordinary Performance

DUNU has upgraded the trusted dynamic driver we had in Zen. The Zen Pro features the 2nd generation W-shaped driver dome with revised metallurgic composition. They have readjusted the magnesium and aluminum alloy composition in the dome metallurgy to provide better rigidity with improved internal damping. Zen Pro has a better treble response with a rich, more natural midrange presentation when compared to the OG DUNU Zen.

DUNU's Patented NanoDLC Diaphragm

DLC Diaphragm is a common site in HiFi IEMs. But the DUNU Zen Pro features their patented Nanoporous Amorphous Carbon Diaphragm commonly known as NanoDLC. No, it's not nano in size, rather this is among the biggest diaphragm coils you will see in today's IEMs. it has the highest ratio of hybridized carbon currently achievable deposited via a high-temperature technology. It has a fine, smooth texture with fewer gaps and surface imperfections. This helps the Zen Pro deliver what it promises, an exceptional listening experience with great clarity and precision.

Zen Pro has a specially developed ring-type Neodymium magnet that produces an impressive >1.8T magnetic flux. It is the most powerful magnetic flux you can get in any of today's IEMs. Dynamic drivers produce magnetic flux for the swift movement of the diaphragm coil, with such a powerful magnetic flux we can expect high-quality performance with lower distortion as the diaphragm coil moves swiftly inside the driver cavity.