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Redefine timeless beauty with modern precision through this Double Pearl Diamond Drop Earrings 3D jewelry model—crafted for jewelers and designers who demand both elegance and efficiency.
Inspired by neo-classical luxury, this design fuses meticulous craftsmanship with architectural symmetry. The earrings feature a two-tier structure:
The upper pearl (4mm ≈ 0.25 carats), surrounded by a radiant diamond halo.
A delicate bridge of 1.2mm–1.7mm diamonds (total ≈1.188 carats) linking to a larger 7mm pearl (≈1.2 carats) framed within an oval open drop.
Every line is intentional, every curve designed for grace. With proportions of 34.57mm height × 14.05mm width, the silhouette elongates the neck while maintaining perfect comfort. Its 2.5:1 ratio embodies refined elegance, creating an impression that feels both grand and wearable.
The 3D model includes JCD, 3DM, and STL files—ready for direct production, modification, or rendering. From virtual modeling to metal casting, this file delivers unmatched precision and realism.
Design Highlights:
Total Diamonds: 76 round cuts in three calibrated sizes (1.2mm, 1.45mm, 1.7mm).
Total Diamond Weight: ≈1.188 carats.
Double Pearl Setting: Balanced symmetry between upper and lower pearls.
Ergonomic Build: Elegant proportion ensures visual impact without heaviness.
Craft with Confidence:Spend less time struggling with CAD details and more time creating pieces that captivate. This 3D model ensures production-ready perfection—whether you’re designing for couture, bridal, or fine jewelry collections.
Creating high-end earring models from scratch consumes countless hours of intricate digital sculpting and stone alignment.
Each tiny adjustment, each curve refinement—time adds up, delaying creativity and production.
The Double Pearl Diamond Drop Earrings 3D jewelry model delivers a fully optimized foundation that saves hours of modeling time while maintaining luxury-level detail and proportion. Design faster, produce smarter, and bring brilliance to life effortlessly.
REVIEWS & COMMENTS
accuracy, and usability.
