The Double Pearl Drop Earrings model is crafted for jewelers who understand that simplicity—when executed with precision—can become unforgettable. This design embraces a modern front-back structure, pairing a 6mm front pearl with a gracefully suspended 8mm pearl through a diamond-set bar. What results is an elegant progression of volume, a contemporary silhouette that feels both architectural and undeniably feminine.

The slender diamond bar—10.61mm in length—features five round stones arranged in a refined taper. Each earring holds 0.058 ct of diamonds (0.116 ct per pair), forming a seamless line of sparkle that connects the two pearls like a thread of light. The full earring reaches 31.26mm from top to bottom, with a maximum width of 8.29mm, shaped to complement both minimal and luxury aesthetics.

This 3D model includes 3DM and STL files, each optimized for real-world production. Clean geometry, accurate stone-seat placements, and precise dimensions ensure compatibility with casting workflows and ease of manufacturing. Whether you are building a new collection or upgrading a client’s custom piece, this file eliminates hours of modeling time while preserving creative control.

These earrings carry the confidence of modern design: streamlined, balanced, and quietly captivating.

Model SpecificationsFormats: 3DM / STL

Pearl sizes: 6mm (front), 8mm (drop)

Total length: 31.26mm

Diamond bar: 10.61mm

Diamonds (per earring): 5 stones totaling 0.058 ct

Clean topology suitable for editing, resizing, and precision stone setting

Complex earring designs—especially those combining pearls with graduated diamonds—require long hours of modeling that slow down production and creative output.

Every hour spent on tedious modeling is an hour stolen from designing, meeting deadlines, and expanding your collection. Precious time disappears into repetitive adjustments and technical corrections.

This Double Pearl Drop Earrings 3D model provides a ready-to-produce design with precise measurements, polished geometry, and complete file formats. You gain speed, accuracy, and creative freedom—without the modeling bottleneck.