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Some designs follow trends. Others define them.
The Star Turquoise Diamond Key Pendant Necklace is built on geometry, symbolism, and precision—an architectural statement that transforms cultural motifs into a production-ready jewelry model with real commercial power.
The centerpiece is an octagram star (eight-pointed star)—a form rooted in Islamic geometric art and navigation symbolism. Each point radiates outward with sharp clarity, edged in milgrain detailing and micro-pavé diamonds, creating a luminous frame that feels both historic and strikingly modern.
Inside, the design tightens into a bullseye structure of concentric layers:
Outer diamond halo for brilliance and contrastA full natural gemstone disc (turquoise or alternative inlay options) for bold color presenceA refined milgrain inner ring to separate texturesA sculptural floral center setting, elevating the focal stoneAt the core sits a 2.3 mm round brilliant diamond (~0.04 CT), raised on a detailed floral platform—small in scale, but positioned to command attention.
Surrounding it, 41 additional round diamonds (1.3 mm each) bring the total to 42 stones (~0.373 CT), distributed across the star frame, halo, bail, shaft, and key tooth. The layout is engineered for visual continuity and efficient stone-setting workflows.
The key shaft continues the language: flat, elongated, bordered with milgrain edges and finished with a linear pavé diamond strip. The base features a clean rectangular tooth, also diamond-set—ensuring no visual drop-off from top to bottom.
Dimensions (production-ready):
Height: 35.45 mmWidth: 15.54 mmThickness: 5.52 mmProportion: 2.28:1 vertical balanceStone Summary:
Center stone: 1 pc (2.3 mm, ~0.04 CT)Accent stones: 41 pcs (1.3 mm)Total: 42 diamonds (~0.373 CT)Material Flexibility:Central disc supports multiple inlays: turquoise, onyx, agate, mother-of-pearl, malachite, or enamel—allowing you to tailor the final product to different markets and collections.
Files included:
3DM (Rhino)STL (3D printing & casting ready)
REVIEWS & COMMENTS
accuracy, and usability.
