- Solitaire cut: Round Brilliant
- Solitaire weight: as per selection
- Small diamond cut: Round Brilliant
- Small diamond weight: 0.4ct
- Diamond clarity: VS1
- Diamond colour: F
*Disclaimer: The weight of our lab-grown diamond products may vary slightly due to differences in size, polishing, and production processes. These variations are normal and ensure the unique quality of each piece.
SKU: SDLR2
This Round Cut Lab Grown Diamond Solitaire Ring features a brilliant centre stone available in 1 carat, 1.5 carat and 2 carat options. The classic four-prong setting showcases the round diamond’s exceptional fire and brilliance, while the pavé diamond band adds elegant sparkle along the shank. Crafted in premium 18K white gold, this design blends timeless simplicity with modern radiance. Each centre diamond is IGI certified for superior clarity, symmetry and light performance. A refined, versatile and high-sparkle fine-jewellery piece perfect for those who love a classic solitaire with added brilliance.
Production Lead Time
Lab-grown diamond pieces require 6-8 days for crafting before dispatch.
Shipping Schedule & Costs
| Country | Estimated Delivery Time | Cost |
|---|---|---|
| United Arab Emirates | 1-2 Business Days | Complimentary |
| Saudi Arabia | 2-4 Business Days | Complimentary |
| Qatar | 2-4 Business Days | Complimentary |
| Bahrain | 2-4 Business Days | Complimentary |
| Oman | 2-5 Business Days | Complimentary |
| Kuwait | 4-7 Business Days | Complimentary |
| United States | 3-7 Business Days | Complimentary |
| United Kingdom | 2-5 Business Days | Complimentary |
| Rest of the World | 3-7 Business Days | Complimentary |
For more information, Shipping & Delivery Policy.
Ethical Sourcing
Lab-grown diamonds are created without the ethical issues of traditional mining, ensuring they are conflict-free and humane.
Cost-Effective
Lab-grown diamonds cost 70-90% less than natural diamonds, offering excellent value without compromising on quality.
Real Diamonds
Lab-grown diamonds are identical to natural diamonds in physical, chemical, and optical properties.


