Luck doesn’t have to whisper.Sometimes it shines.

The Clover Key Pendant Diamond brings together the iconic four-leaf clover motif and a refined key silhouette, translating luxury fashion cues into a production-ready jewelry CAD model. The rotating pinwheel clover head is pavé-set along each petal, with a brighter center stone that anchors the design. The result is a pendant that reads instantly as “lucky,” yet feels distinctly modern on the bench.

Designed for jewelry manufacturers and professional designers, this model delivers showroom presence without showroom headaches—clean geometry, controlled wall thickness, and setting-ready tolerances.

Dimensions & ProportionsTotal length: 40.79mm

Key head width: 13.51mm

Key head thickness: 4.48mm

Overall form: Four-leaf pinwheel clover + elongated key shaft

Key head geometry: Four rounded petals in a rotating pinwheel layout

Balanced proportions create visual movement while keeping metal weight practical for casting.

Structural DetailsFour-Leaf Pinwheel Head:

Four rounded petals rotated at 45°

Pavé diamonds tracing each petal edge

Open negative space between petals for lightness

Dynamic, rotating visual rhythm

Center Accent:

One 1.8mm round diamond (≈ 0.02 CT) set at the heart of the clover

Pavé Halo Effect:

20 × 1.0mm round diamonds (≈ 0.005 CT each) outlining the petals

Continuous sparkle line with tight pavé spacing

Key Shaft:

Upper: smooth cylindrical profile

Middle: decorative raised band

Lower: tapered transition for elegant flow

Side engraving detail for premium finish

Key Teeth:

Double-step traditional key teeth for classic character

Diamond SpecificationsTotal diamonds: 21 round brilliant-cut diamonds

Stone sizes & weights (approx.):

20 × 1.0mm ≈ 0.005 CT each

1 × 1.8mm ≈ 0.02 CT (center stone)

Total carat weight: 0.102 CT

Setting: Pavé setting

Distribution:

20 stones along petal edges

1 center stone as focal point

The layout ensures strong visual sparkle while remaining efficient for stone setting.

Included 3D Files3DM

STL

Optimized for casting, stone setting, and rapid prototyping workflows.