Featuring a world's first in watchmaking, Baresi & Caine have developed and uniquely engineered our diamonds into each one of the twelve Bezel and Caseback screws, set inside the dodecagon head along with ingeniously engineered accompanying 1ct diamond Crown.
This design was inspired by Roman columns which form an important ingredient of the architecture.
Baresi & Caine have utilised this design to house their stunning diamonds.
The stunning fascia is complemented by the intricate bezel surround which gloriously counterpoints the smooth lines of the case to create a feel of luxury and substance.
PLATINUM SHOWCASE BACK
NERO PORTORO DIAL
1CT DIAMOND CROWN
12 DODECAGON DIAMOND SCREWS
18CT YELLOW GOLD & PLATINUM CLASP
SIZE - 44MM
THICKNESS - 13MM
WATER RESISTANT - 3ATM
BLACK LEATHER STRAP
MOVEMENT - BC101SP SWISS AUTOMATIC
POWER RESERVE - 50 HRS
Unique tapered lugs along with the sleek hour glass lines make the Stella Luce case stunning from all angles.
The Stella Luce comes with a choice of three stunning marble dials. Nero Portoro Black, Carrara White & Sodalite Blue.
Indications and functions - Hour, minute, date in a window at 3h
Type of balance - Variable inertia with gold inertia-blocks
Frequency - 4 Hz (28,800 A/h)
Type of balancespring - Flat
Type of oscillating weight - Tungsten
Oscillating weight winding direction - Single direction clockwise
Power Reserve - 50 hours
Chronometry - Double-barrel rapid rotation in series Variable inertia balance
Number of components - 189
Number of jewels - 28
Specific features and finishes
• Circular-grained plate on dial side and bridge side
• Date bridge and motion-work bridge, circular grained, dial side
• Bridges with Baresi & Caine decor, rhodium-plated, bicolour engraving
• Bevels, counterbores and apertures diamond-polished
• Ceramic ball-bearing
• Pivots and flanges rolled
• Wheels circular-grained on 2 faces
• Flat-head screws, locked
• Bridges hand-bevelled with piercer
Our BC101SP Swiss automatic movement is equipped with a double barrel and a variable inertia balance, giving the movements increased operating stability and optimal timing.