Luxury Fleur de Lis Key Pendant Necklace Diamond

Description

Symbols last.
But structure makes them unforgettable.

This Fleur de Lis Key Pendant Necklace Diamond 3D model takes a historic emblem and rebuilds it with precision. Inspired by French heraldry and compass geometry, the design centers on a circular openwork dial, where four Fleur-de-lis motifs extend in perfect cardinal symmetry.

Between them, flowing S-shaped scrolls fill the negative space—creating a balance of movement and control that feels both ornamental and engineered.

At the core, five round diamonds (1.8 mm, total 0.11 ct) form a cross-like cluster—subtle, but deliberate. Around the structure, four marquise gemstones (3.8 × 2.1 mm ≈ ~0.12 ct each, ~0.48 ct total estimated) sit within each fleur-de-lis petal, adding directional brilliance that reinforces the compass narrative.

The top is finished with a Fleur-de-lis crest bail, completing the piece with unmistakable identity.

Design Specifications

• Total Length: 36.53 mm
• Dial Width: 14.91 mm
• Thickness: 5.97 mm
• Round Diamonds: 5 × 1.8 mm (0.11 ct total)
• Marquise Stones: 4 × 3.8 × 2.1 mm (~0.48 ct total est.)
• Total Estimated Carat Weight: ~0.59 ct
• Structure: Openwork compass dial with fleur-de-lis symmetry
• Setting Style: Prong setting with radial alignment
• File Formats: JCD • 3DM • STL

The modeling is disciplined. Symmetry is locked in. Stone placement is pre-calculated. What looks ornamental is actually controlled geometry—built to reduce adjustment time and increase production clarity.

Because when design is precise,
production follows.

Intricate symbolic jewelry often requires time-intensive modeling, especially with symmetry, openwork, and multi-stone layouts.

Each curve and alignment increases complexity—slowing down your workflow and making consistent results harder to achieve.

This Fleur de Lis Key Pendant Necklace Diamond 3D model delivers a fully structured, symmetrical framework—so you can produce detailed, high-value designs without rebuilding complexity from scratch.