Precisely modeled in Rhinoceros, this elegant halo engagement ring features a refined contemporary design with a classic round center stone surrounded by a delicate pavé halo. The elevated basket setting maximizes light entry into the gemstone, enhancing brilliance while maintaining strong mechanical security.

The band presents a sleek tapered shank with subtle pavé accents on the shoulders, adding sophistication and visual continuity toward the halo head. The sculpted basket structure creates a floral-inspired architectural look while preserving a comfortable wearing profile. The polished finish enhances the premium jewelry aesthetic, making this model suitable for both production and high-end visualization.

With clean topology, balanced proportions, and manufacturing-ready geometry, this model is ideal for professional jewelry production, 3D printing, casting workflows, and photorealistic rendering. The file is fully watertight and optimized for professional CAD and visualization pipelines.

Note: Dimensions may vary depending on the resin used during the printing and casting process.

Technical Specifications

Modeling Software: Rhinoceros

File Formats: 3DM, STL, OBJ, STEP, FBX

Topology: Clean, watertight — production ready

Stone Setting: Round center stone with pavé halo

Band Style: Tapered shank with pavé shoulders

Basket Style: Elevated floral-inspired gallery

Finish: Polished smooth surface

Dimensions: As shown in preview images (dimensions may vary depending on the resin used)

Recommended Use

Wax or resin 3D printing and investment casting

Fine jewelry visualization and photorealistic rendering

Prototyping, digital catalogs, and animations

Metal, gemstone size, and material variation testing

Ideal For

Jewelers, CAD designers, manufacturers, and digital artists seeking a luxurious halo engagement ring design with strong visual presence and production-ready geometry. Simply import the file, scale as needed, adjust tolerances if required, and proceed confidently with printing, casting, or rendering workflows.