Luxury 3D Rose Cluster Diamond Studs Necklace Model

Description

Big designs don’t have to mean big headaches.
The 3D Rose Cluster Diamond Studs Necklace 3D model turns courtly luxury into manufacturable geometry. A fully sculpted rose blooms in layered spirals, amplified by cascading halo rows that guide the eye inward to a radiant center. What looks indulgent at retail is disciplined in structure—so it casts clean, sets fast, and scales across collections.

Built for jewelry manufacturers and professional designers, the 3D Rose Cluster Diamond Studs Necklace model removes the tedium of engineering dense halo clusters and multi-layer petals. Each petal tier is proportioned for metal flow, halo seat depths are indexed for pavé consistency, and the center basket is balanced to hold the focal stone without sacrificing brilliance. The result: statement presence without production drag.

Dimensions & Structural Specifications

• Overall size: 16.71 mm (W) × 17.05 mm (H) × 8.71 mm (T)

• Form: Oversized 3D rose with multi-layer spiral petals

• Profile: Deep sculptural thickness for premium weight and presence

• Wearing formats: Convertible for necklace pendant or stud earrings

• Retail positioning: Statement jewelry hero piece for high-impact displays

Diamond Specifications (Carat Conversion Included)

• Total stones: 72 round brilliant diamonds

• Total carat weight: 0.39 CT

Stone breakdown (approx. carat equivalents):

• 12 × 0.9 mm diamonds ≈ ~0.004 CT each

• 42 × 1.0 mm diamonds ≈ ~0.005 CT each

• 17 × 1.1 mm diamonds ≈ ~0.006 CT each

• 1 × 3.0 mm center diamond ≈ ~0.10 CT (main stone)

Setting architecture:

• Multi-halo cluster layout surrounding the center for layered brilliance

• Pavé follows petal contours to enhance dimensional sparkle

• Center seat engineered for secure setting and optimal light return

Manufacturing Advantages for Professionals

• Casting-Optimized Sculpture

  • Controlled wall thickness across petal tiers

  • Clean metal flow paths for reliable yields

  • Reduced polishing time on deep relief surfaces

• Setter-Centric Halo Indexing

  • Pavé spacing standardized to prevent crowding

  • Clear setting sequence across layered halos

  • Lower stone-loss risk during micro-setting

• Collection-Level Scalability

  • Works as a 3D Rose Cluster Diamond Studs Necklace pendant or as studs

  • Suitable for natural or lab-grown diamonds

  • Courtly floral aesthetic performs strongly in premium statement lines

• Production-Ready Files

  • JCD / 3DM / STL prepared for resin printing and lost-wax casting

  • Clean topology minimizes print artifacts and rework

Large rose clusters with dense halo pavé take days to engineer and often fail at casting or setting.

Petal layers collapse, pavé seats drift, and setters burn time correcting CAD oversights on the bench.

The 3D Rose Cluster Diamond Studs Necklace model arrives casting-balanced and setter-indexed—so you move from file to finished statement piece with fewer revisions and faster turnaround.