I will design custom ring cad models with realistic render and animation

A
ashik3dcraft
A
ashik3dcraft
Ashik

About this gig

Im a professional 3D Jewelry CAD Designer specializing exclusively in ring design. I create high-precision, manufacturing-ready ring models using Rhino, MatrixGold, Grasshopper Gold, with photorealistic renders and animations using iJewel3D.


I turn your ideas into production-ready designs suitable for 3D printing, casting (gold/silver/platinum), and digital presentation.


What you'll get

  • Custom 3D CAD ring modeling
  • Photorealistic renders (multiple angles)
  • Smooth ring animation (optional)
  • STL / 3DM files
  • Metal weight, stone details & dimensions


Ring styles I specialize in

  • Simple Bands & Eternity Rings
  • Solitaire Rings (Claw, Bezel, Tiffany Style)
  • 3-Stone Rings
  • Halo & Fancy Halo Designs
  • Oval Cluster & Signet Rings
  • Bypass, Crossover & Marquise Designs
  • SubD Rings (Leaf, Scroll)


Why choose me

  • Manufacturing-focused design accuracy
  • Fast turnaround & clear communication
  • Affordable pricing for startups & jewelers


Ready to elevate your ring collection?

Message me before ordering to discuss your project.


Thank you so much.

Delivery style preference

Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.

Get to know Ashik

Ashik

3D Jewelry CAD Designer

  • FromBangladesh
  • Member sinceDec 2025
  • Languages

    English
I’m a professional 3D Jewelry CAD Designer specializing in production-ready custom jewelry. I design using Gemvision MatrixGold, Rhinoceros, and Grasshopper Gold, and create photorealistic renders and animations with KeyShot and iJewel3D. I design rings, bracelets, necklaces, pendants, earrings, nose rings, brooches, cufflinks, and more. You get casting-ready CAD, accurate metal weight & stone settings, clean polishing geometry, and STL/3DM files ready for 3D printing—no manufacturing issues, no guesswork. Fast delivery. Clear collaboration.