Sodium High Jewelry Bracelet
This bracelet is a complex assembly of 64 components cast in white gold, each precisely engineered to support 746 colored diamonds, a total of 33.4 carats. The manufacturing process begins with individual casting of each metallic element, followed by meticulous hand-filing to ensure exact fits for the stones. The bracelet's structure relies on a series of rectangular bars, which are hinged together to allow movement. The rectangular bars are interconnected by a series of vertical bars, each set with large emerald-cut stones. These connections are secured through a soldering process, creating a flexible yet robust framework. The clasp mechanism operates on a tension-based system, featuring metallic components cast in the silhouette of the A-OK head.
Once the metal is prepared, the stones are set one at a time. This is a multi-stage process, with each gem hand-cut. The stones are set into channels, maintaining straight lines and balanced positioning for optimal structural integrity. This process occurs in stages, allowing for polishing and assembly.
The final assembly involves a precise sequence: setting all but the bottom rows with princess cut diamonds, re-polishing all parts, assembling the hinged components, and then setting the final row of stones. The manufacturing process concludes with a comprehensive polishing and platinum plating, ensuring a uniform finish.