- Solitaire cut: Pear and Marquise
- Solitaire weight: as per selection
- Small diamond cut: Round Brilliant
- Small diamond weight: 0.5ct
- 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: LDLR395
A modern take on a classic design, this 3–5 Carat Pear Lab Grown Diamond Ring is a symbol of love, brilliance, and elegance. The pear-shaped center stone exudes sophistication, while the marquise and round cut side stones add balance, sparkle, and dimension—creating a timeless three-stone engagement ring that represents the past, present, and future.
Available in 18K yellow gold, white gold, or rose gold, this stunning ring makes a perfect engagement ring, anniversary gift, or luxury keepsake. Crafted with lab grown diamonds, it combines beauty and durability with a sustainable and ethical choice.
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.


