1/10
This luxury ring is a professional jewelry 3D model designed for high-end manufacturing and production.
The design features a solid and comfortable ring shank combined with a multi-section cylindrical bar element on top. The bar is engineered for dense pavé stone setting, creating a bold, modern, and highly luxurious appearance while maintaining excellent structural balance.
Clean geometry, precise stone seats, and smooth surface transitions ensure reliable casting, easy polishing, and secure stone setting. The multi-part bar design enhances visual depth and gives the ring a strong contemporary identity suitable for premium collections.
All files have successfully passed production and manufacturing tests and are fully ready for professional use. The model is optimized for casting accuracy and consistent production results.
Designed using Matrix and Rhino, this ring meets professional jewelry manufacturing standards and is ideal for jewelers, workshops, and designers looking for ready-to-produce digital assets.
Technical Specifications:
Jewelry Type: Ring
File Format: STL
Software: Matrix / Rhino
Geometry: High-detail, production-ready
Scale: Real-world scale
Clean, watertight topology Approximate Measurements:
Average shank thickness: approx. 2.4 – 2.8 mm
Bar diameter (stone section): approx. 5.0 – 5.5 mm
Estimated metal weight: approx. 8 – 11 g(Weight may vary depending on ring size and metal type)
Stone seat size: 1.1 mm
Stone layout: Dense pavé setting across the cylindrical bar
Manufacturing Notes:
Fully tested and approved for production
Suitable for 3D printing and casting
Optimized for clean polishing and finishing
Strong and precise stone seats for secure setting
The production-ready files can be downloaded directly from our website after purchase and are prepared for immediate manufacturing use.
Thank you for choosing our jewelry designs. We truly appreciate your trust and are committed to delivering reliable, high-quality 3D jewelry models for professional production.
REVIEWS & COMMENTS
accuracy, and usability.
