Stunning Chevron Pearl Pendant Necklace File

Description

Clean geometry. Modern elegance. Instant efficiency.
This 3D model of the Chevron Pearl Pendant Necklace gives jewelry designers a production-ready blueprint shaped for today’s streamlined aesthetic. With its sharp V-shaped diamond crown—resembling a polished chevron, a minimalist coronet, or a symbol of triumph—the pendant celebrates precision, confidence, and contemporary luxury.

At the base of the structured V, a luminous 9mm pearl (≈2.3ct equivalent) softens the architectural lines with organic brilliance, creating a striking contrast of strength and softness. Every measurement, curve, and stone seat is crafted to help you produce a flawless piece with zero unnecessary rework.

Design & Measurements

• Total Height: ~17.16mm

• Top Chevron Width: ~8.95mm

• V Height: ~8.21mm

• Bottom Width: ~4.47mm

• Structure: Symmetrical V-shaped diamond crown → tapered connector → round pearl

• Visual Style: Strong geometric flair transitioning into a soft, elegant focal point

Gemstone Specifications

• Center Pearl: 9mm round (≈2.3ct equivalent)

• Accent Diamonds: 5 round diamonds, each 1.7mm

• Total Diamond Weight: 0.09ct

• Setting Style: Prong-set along the V contour

• Distribution:

  • Two diamonds on each upper side

  • One diamond at the central apex for a crisp chevron highlight

File Formats Included
JCD, 3DM, STL — optimized topology for fast edits, reliable printing, and stone-setting precision.

With this model, you skip the tedious drafting, avoid trial-and-error geometry adjustments, and go straight to creating a pendant that captures the clean luxury today’s clients demand.

Crafting clean geometric pendants from scratch demands time-consuming adjustments—especially when balancing pearl volume with V-shaped precision.

Every correction slows your workflow, drains production hours, and interrupts your ability to deliver designs quickly to clients.

This Chevron Pearl Pendant Necklace 3D model gives you exact proportions, polished geometry, and accurate stone placement—cutting your modeling time dramatically while boosting your output quality.