Bokey TimeTC Factory presents a refined aesthetic masterpiece — the Royal Oak Offshore series.
This model delivers outstanding value performance and is considered one of the best configurations available.
It features a new generation of colored ceramic forging technology. The case and bezel are made using imported Japanese zirconia material, processed under high pressure and high temperature without any pigments, forming a high-density colored ceramic structure. Each finished piece is carefully selected to ensure perfect color consistency with the original reference.
Every edge is precisely CNC-machined and finely polished to achieve perfect structural alignment across the case, bezel, and case back, while maintaining a smooth, non-abrasive wearing experience.
The bezel brushing is executed with high-end finishing techniques, ensuring uninterrupted texture lines. Each hexagonal screw sits perfectly flush with the bezel surface, with strict control over any protrusion or sinking, achieving a fully level aesthetic.
The dial features the classic Audemars Piguet “Grande Tapisserie” pattern, with layered square textures carefully finished to highlight craftsmanship precision.
The date window at 3 o’clock is enhanced through a sapphire magnifier lens, achieving a visual magnification effect consistent with the original design.
Hands and hour markers are finely finished with no burrs, solving common imperfections seen in lower-grade versions.
Swiss luminous material is used for the indices and hands, applied by hand for uniform density and brightness, closely matching the original luminous color and intensity.
Movement: Equipped with a 7750-based modified Cal.3126 chronograph movement. It features a 12 o’clock small seconds, 6 o’clock 12-hour counter, and 9 o’clock 30-minute counter, fully restoring the original functional layout. Precision finishing improves stability and reliability, addressing common limitations of base 7750 chronographs.
A high-end execution designed for enthusiasts seeking maximum visual fidelity and mechanical stability.
