Precision, geometry, and quiet luxury converge in this Art Deco Diamond Pearl Pendant, a production-ready 3D model crafted for jewelers who demand refinement without sacrificing efficiency.

This pendant draws its character from the iconic Art Deco vocabulary—symmetry, linear harmony, and ornamental balance—reimagined for today’s fine jewelry market. A sculptural floral cross motif crowns the design, measuring 5.23mm wide, forming a radiant geometric frame that directs the eye toward the luminous 10.35mm round pearl suspended below.

The full pendant spans 25.82mm in length and 16.33mm in width, giving it a commanding yet elegant presence suitable for both luxury collections and bridal-inspired lines. Every proportion has been intentionally balanced to ensure fluid assembly, precise casting, and a polished final result.

The diamond configuration elevates the pendant’s brilliance with the disciplined symmetry that defines Art Deco design:

Diamond Layout5 round diamonds, totaling 0.138ct, arranged in a classic cross formation

2.5mm center stone (≈0.06ct)

Four 1.75mm stones around it (≈0.019ct each)

4 tapered baguette diamonds sized 3.02 × 1.57mm, totaling 0.212ct, radiating from the center to reinforce architectural balance

This combination delivers a refined sparkle without overwhelming the pearl’s organic purity.

Delivered in 3DM and STL formats, the Art Deco Diamond Pearl Pendant 3D model integrates seamlessly into professional workflows—CNC milling, lost-wax casting, or digital rendering.

For jewelers and designers building collections with historical charm, geometric elegance, and modern sophistication, this model provides a head start that blends artistry with technical precision.

Complex geometric pendants can take hours—sometimes days—to model from scratch.Tight deadlines turn every symmetry line and every stone seat into a bottleneck, slowing your entire production schedule.The Art Deco Diamond Pearl Pendant gives you a fully engineered, production-ready model with precise dimensions and stone settings, eliminating repetitive CAD labor and accelerating your workflow.