Stunning Tulip Pearl Halo Stud Earrings 3D Model

Description

Tulip Pearl Halo Stud Earrings bring the kind of elegance that never begs for attention—yet always receives it. Designed for jewelers who value artistry as much as efficiency, this 3D model captures the organic curves of a tulip gently embracing an 8mm pearl, forming a sculptural silhouette inspired by Art Nouveau’s graceful rhythm.

Every curve in this model has purpose.
Two pavé-set diamond arms rise symmetrically, meeting at a petal-like apex that frames the pearl in a soft, luminous halo. Each earring holds 17 round diamonds, totaling 0.167 ct per piece (0.334 ct per pair), arranged in continuous brilliance along the double arc structure.

Crafted with precision, the model includes JCD, 3DM, and STL files—ready for refinement, resizing, and production.
With dimensions engineered for practical manufacturing—12.65mm height, 13.07mm width, and 9.88mm depth—this model balances sculptural beauty with production feasibility. The “U-shaped” tulip form gives the earrings a modern architectural presence while keeping stone-setting manageable.

For jewelers and designers who lose countless hours on complex modeling, this file offers an immediate shortcut to craftsmanship without compromise. You’re not just saving time—you’re reclaiming creative freedom.

What You Get

• JCD / 3DM / STL formats

• Clean topology structured for production

• Accurate placements for 8mm pearls

• Pavé layouts for 1.25mm & 1.5mm diamonds

• Optimized geometry for casting & stone seating

Designing organic, sculptural earrings—especially those with pavé layouts—demands hours of intricate modeling. Most jewelers don’t have the time to build everything from scratch.

And those hours add up. Delayed orders. Slower production cycles. More revisions. Less time to create new collections. Inspiration shouldn’t drain your schedule.

This Tulip Pearl Halo Stud Earrings 3D model delivers a production-ready design with elegant lines, precise stone settings, and files that drop directly into your workflow. You get speed, accuracy, and artistry—without the modeling grind.