Rolex, Day-Date 36, 128345RBR, Mother of Pearl Baguette Diamond Dial, Rose Gold, Diamond Bezel, Presidential Bracelet, 36mm

The watch is housed in a 36mm Oyster case crafted from 18ct rose gold, giving the overall structure a warmer tone that contrasts softly against the lighter dial surface.

Its Oyster construction combines a screw-down caseback with a Twinlock winding crown, maintaining water resistance up to 100 meters while preserving the case's compact proportions.

The bezel is fully set with brilliant-cut diamonds, individually mounted around the circumference to create scattered reflections that continuously shift with movement.

At the center is a white mother-of-pearl dial, formed from natural shell material rather than synthetic finishing, allowing subtle variations in texture and tone to remain visible across the surface.

Unlike lacquer or metallic dials, the reflections appear softer and less directional, gradually changing with lighting and viewing angle.

Baguette-cut diamond hour markers introduce a more geometric structure across the dial, creating sharper linear reflections against the smoother mother-of-pearl background.

The day aperture spans 12 o’clock, while the date display at 3 o’clock sits beneath the Cyclops lens for improved readability without interrupting the layout's symmetry.

Its President bracelet is crafted in matching rose gold, featuring semi-circular three-piece links engineered to contour naturally around the wrist while balancing the watch's weight evenly.

A concealed Crownclasp integrates directly into the bracelet, maintaining a continuous metallic surface when secured.

Inside, the watch features the Rolex caliber 3255 automatic movement, delivering approximately 70 hours of power reserve and is regulated to Rolex’s Superlative Chronometer standard.

The contrast between the softer iridescence of the mother of pearl dial and the sharper reflections from the baguette-cut diamonds gives the watch a layered visual character, where texture and light interact very differently across each surface.