1/5
Some symbols don’t need to be loud to be powerful.The Shamrock Key Pendant Necklace speaks softly—and sells quietly.
This design transforms a classic key into a three-leaf clover emblem rooted in Irish tradition. The openwork shamrock head carries meaning—faith, hope, and love—translated into a light, pastoral aesthetic that feels fresh in modern collections. The miniature proportions make it ideal for daily wear, layering, and gift-driven SKUs that move quickly in retail.
For jewelers and designers, the Shamrock Key Pendant Necklace 3D model is built to remove friction from production. Clean curves, stable micro-pavé seats, and manufacturable wall thickness let you prototype faster and set stones with confidence—without reworking geometry.
Dimensions & ProportionsTotal length: 34.77mm
Shamrock head width: 11.15mm
Shamrock head thickness: 2.43mm
Overall form: Compact key silhouette with rounded shamrock head
Wearing profile: Mini scale, optimized for everyday wear and stacking collections
Design & StructureShamrock Head Construction
Openwork three-petal clover motif
Soft, rounded contours for a gentle pastoral look
Balanced negative space for lightness and comfort
Micro Pavé Outline
Fine pavé tracing along the three petals
Uniform micro seats for precision setting
Subtle sparkle designed to enhance form, not overpower it
Key Shaft & Teeth
Slim, lightweight shaft for wearable comfort
Classic stepped key teeth for recognizable identity
Smooth transitions for easy polishing and finishing
Gemstone SpecificationsTotal stones: 18 round diamonds
Stone size: 18 × 0.10mm round cut micro diamonds
Estimated main stone weight (0.10mm): ≈ 0.000003 CT each
Total carat weight: ~ 0.00 CT (decorative micro setting)
Setting method: Micro pavé setting
Distribution:
Micro diamonds outlining the three shamrock petals
Continuous fine sparkle for delicate visual framing
Note: Ultra-micro stones are decorative accents; weight is negligible and primarily aesthetic.
Included 3D Files3DM
STL
Prepared for jewelry CAD workflows, prototyping, casting, and production.
REVIEWS & COMMENTS
accuracy, and usability.
