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Pear Diamond Halo Pendant 3D Model – Eternal Elegance in Every CurveSome shapes never fade.The Pear Diamond Halo Pendant 3D model captures the grace of a falling teardrop and the brilliance of eternal light. Designed for jewelers who value both craftsmanship and time, this pendant embodies the harmony between classic halo design and modern minimalism.
At its heart lies a stunning 9.07x7mm pear-cut gemstone (≈1.5ct), surrounded by 24 round brilliant diamonds totaling 0.278ct. The diamonds flow seamlessly along the pear-shaped frame and continue into a diamond-set bail, creating a radiant silhouette that glows from every angle.
Model SpecificationsFiles included: JCD, 3DM, STL
Overall dimensions:
Width: 12.59mm
Pendant body height: 6.90mm
Total height (including bail): 25.42mm
Gemstone details:
Center stone: 9.07x7mm pear-cut gem (≈1.5ct)
Accent diamonds: 24 round brilliant stones
16 × 1.4mm
4 × 1.5mm
2 × 1.6mm
2 × 1.7mm
Total diamond weight: 0.278ct
Expertly crafted with micro pavé setting, every diamond is positioned to reflect maximum brilliance. The halo creates a luminous frame, while the upper diamond-set loop adds vertical balance and sophistication.
Whether paired with a fine chain or a pearl necklace, this design transitions effortlessly between classic and contemporary styles.
For professional jewelers, this Pear Diamond Halo Pendant 3D model saves hours of CAD work—offering precision, proportion, and ready-to-produce geometry for flawless rendering and production.
Creating realistic halo pendant models takes hours of intricate modeling—each curve, stone seat, and setting must align perfectly.
You want to design jewelry, not get lost in technical details. Yet every CAD correction delays production and limits your creative flow.
The Pear Diamond Halo Pendant 3D Model delivers ready-to-use precision. With accurate geometry and gemstone detailing, you can focus on artistry while saving valuable hours. Design faster, produce better, and bring elegance to life—without compromise.
REVIEWS & COMMENTS
accuracy, and usability.
