Beskrivelse
Ansuz Darkz C2T Adjustable – Fremragende vibrationskontrol
Ansuz Darkz C2T Adjustable tilbyder en enestående vibrationskontrol, som får dine komponenter til at lyde mere musikalske, energiske og dynamiske. Ansuz Darkz absorberer vibrationerne, så de ikke forplanter sig i dine komponenter, hvor de har negative følgevirkningerne. Resultatet er en lydkvalitet der er naturlig og uændret.
Technologies and Components
Ansuz Darkz adjustable resonance control devices are a supplement to Ansuz Darkz resonance control and are used when the surface is uneven, for instance the floor. It is crucial that the audio devices are relieved with an even load on every Ansuz Darkz resonance control device. Ansuz Darkz adjustable absorb vibrations that are not directly related to the signal path. The absorption results in an audible vibration feedback, which affects the sound quality. It is the natural and authentic sound that Ansuz Darkz devices are designed to preserve.
Surface treatment
In order to optimize the acoustical vibrational feedback the three discs have been treated with an extra hard anodization.
Interlayer balls, Titanium
As the interlayer balls are an extremely important part of the resonance control elements, these are in Titanium. Titanium is an excellent material in terms of preserving the natural sound.
Adjustable design
In order to secure that the audio device is placed with an even load on all Ansuz Darkz Resonance control device, Ansuz has developed this adjustable design. The bottom disc of the Darkz Adjustable is mounted with a thread making the unit adjustable.
Design philosophy – Darkz
When defining the exact set-up and the dimensions of the Darkz, Ansuz Acoustics was exclusively guided by its core philosophy to always strive for the ultimate in sound quality. The Ansuz Darkz consists of 3 discs. Each of the upper two discs floats on 3 interlayer balls to ensure excellent handling and absorption of vibrations.
Materials – Titanium
All parts are machined from solid titanium. Titanium is an excellent material in terms of resonance control. It is preserving the natural sound.
