This luxury cuff bracelet is a professional jewelry 3D model designed for high-end manufacturing and modern collections.

The design features a sleek and elegant open cuff structure with a sharp arrow-inspired form, combined with a pavé stone-set circular element that connects the two ends of the bracelet. This contrast between clean metal surfaces and dense stone setting creates a refined yet powerful visual identity.

The bracelet is engineered with precise geometry, smooth transitions, and optimized thickness to ensure comfortable wear, reliable casting, and easy polishing. The pavé stone ring is designed with secure and uniform stone seats, making it ideal for professional stone setting.

All files have successfully passed production and manufacturing tests and are fully ready for professional use. The model is optimized for consistent casting results and high-quality finishing.

Designed using Matrix and Rhino, this bracelet meets professional jewelry manufacturing standards and is suitable for jewelers, workshops, and designers seeking ready-to-produce digital assets.

Technical Specifications:

Jewelry Type: Cuff Bracelet

File Format: STL

Software: Matrix / Rhino

Geometry: High-detail, production-ready

Scale: Real-world scale

Clean and watertight topology

Approximate Measurements:

Average bracelet thickness: approx. 3.0 – 3.5 mm

Pavé ring width: approx. 6.0 – 6.5 mm

Estimated metal weight: approx. 14 – 18 g(Weight may vary depending on wrist size and metal type)

Stone seat size: . 1.1 mm

Stone setting style: Pavé setting on circular connector

Manufacturing Notes:

Fully tested and approved for production

Suitable for 3D printing and casting

Optimized for polishing and finishing

Secure and clean stone seats

The production-ready files can be downloaded directly from our website after purchase and are ready for immediate manufacturing.

Thank you for choosing our jewelry designs. We truly appreciate your trust and are committed to providing high-quality, reliable 3D jewelry models for professional production.