Nagaoka JN-555 JN555 Tonar 684 stylus for Nagaoka JT-555 Tonar 555 cartridge
JN555
● Latest Tonar stylus specified for Nagaoka JT-555 Tonar 555 cartridge
● Restores cartridge to sound excellence
● Used in MCS 853-6179 record player as original equipment
● Nude Shibata stylus for finest fidelity and sound quality
● Made in Japan for highest manufacturing quality and assembly
● Aluminum alloy cantilever for excellent tracing accuracy
● Genuine, 100% authentic Tonar stylus

- Product Info
NAGAOKA JN-555 (JN555) TONAR 684 SUPER SHIBATA STYLUS FOR NAGAOKA JT-555 TONAR 555 CARTRIDGE
The Nagaoka stylus private labeled for Tonar Shibats 684 uses the same Shibata nude stylus as the Nagaoka JN-555 stylus.
The 684 stylus offers top performance for stereo to discrete four-channel reproduction, long playing life and clear tonal sound quality. The alloy cantilever with its very high rigidity and very low effective mass, faithfully transmits the most delicate movements of the stylus tip to the magnet. By combining the solid carbon black cantilever with the Ultra-Ex stylus tip, the frequency response range has been widened to cover everything from the subsonic to the supersonic.
Nagaoka JN-555 Expert Super Stylus Specifications
- Type: Stereo moving magnet
- Frequency response: 10Hz-28kHz
- Channel separation @ 1kHz: >20dB
- Output voltage @ 1kHz: 3.3mV
- Channel balance @ 1kHz: 1dB
- Recommended load: 50k ohm
- Stylus: Ultra-Extend (Nude Shibata equivalent)
- Cantilever: Solid carbon black (Special carbon fiber)
- Dynamic compliance: 10 x 10 -6 cm/dyne/100Hz
- Static compliance: 20 x 10 - 6 cm/dyne
- Tracking force: 1.1 - 1.5 g (Optimum 1.3 g)