Rado makes the Centrix sparkle

And that's twice over. Rado has equipped both new versions of the "Centrix Diamonds" with 71 brilliant-cut diamonds (Top Wesselton, VS-SI), distributed between the bezel and the dial.
Rado Centrix Diamonds
Rado Centrix Diamonds

These „Centrix“ timepieces combine the brilliance of diamonds with the shimmer of mother-of-pearl for the dial – optionally in a dark brown or a bright silver sheen.

In both cases, a 35-millimeter rose gold-colored case serves as a protective frame. The crown, hands, and bracelet also feature this material. The latter combines the precious metal with center links made of polished, durable high-tech ceramic in warm brown (matching the brown mother-of-pearl) or in Rado's Plasma finish (for the silver version).

Rado Centrix Diamonds
Rado Centrix Diamonds

The dial with date window at 6 o'clock, the movable Rado anchor at 12 o'clock and the 11 diamond indices is covered by a domed sapphire crystal that extends to the edge and seamlessly transitions into the case, which is water-resistant to 5 bar.

Rado Centrix Diamonds
Rado Centrix Diamonds

Inside, the Rado caliber R763 ensures precision. It is equipped with an antimagnetic Nivachron balance spring, has been tested in five positions, and offers an 80-hour power reserve. It can be viewed through the sapphire crystal case back.

(RRP: €5,000)

High-tech ceramics from Rado

Following intensive research and development, Rado presented a material in 1986 that can only be produced under strictly controlled conditions. The manufacturing process begins with extremely pure, precisely calibrated zirconium oxide mineral powders, which are mixed with a specially developed polymer carrier medium and injected into precision molds under a pressure of approximately 1,000 bar.

These molds are fired, then slowly cooled, and the plastic substrate is subsequently chemically removed. In the next step, the ceramic molds are reheated – this time to 1,450 °C. Through this precisely controlled sintering process, the powder particles fuse to a density and hardness that significantly surpasses that of conventional ceramics. The result is a material with a hardness of 1,250 on the Vickers scale, which can only be machined and finished using diamond tools.

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