Experience a breathtaking fusion of sharp modern geometry and soft, romantic color with our Pink Princess Cut and Kite Shaped Lab-Grown Diamond Three-Stone Engagement Ring. Commanding attention at the center is a magnificent 6.20 mm × 6.10 mm princess cut pink lab-grown diamond, celebrated for its clean square architecture and intense, blush-toned scintillation. Flanking the crisp edges of the pink center stone are two perfectly matched 6.00 mm × 3.50 mm kite-shaped white lab-grown diamonds. The geometric lines of the kite side stones create a striking structural transition, pointing effortlessly down the band and beautifully accentuating the balanced square proportions of the center gem.
Specifications
-
Style: Three-Stone Geometric Engagement Ring
-
Stone Type: Premium Lab-Grown Diamond
-
Stone Cuts: Princess Cut and Kite Shape (Fancy Step/Brilliant Cut)
-
Stone Sizes & Quantities:
-
Center Princess Cut (Pink): 6.20 mm × 6.10 mm (Quantity: 1)
-
Side Kite Shape (White): 6.00 mm × 3.50 mm (Quantity: 2)
-
-
Total Diamond Quantity: 3 stones
-
Total Carat Weight: Approximately 2.25 Carats (varies slightly based on exact ring size)
-
Metal: Metal: Available in 10K, 14K, 18K Gold and Platinum
-
Certification: Certificate of Authenticity provided
Diamond Quality Details
-
Clarity Grade: VVS1 - VVS2 (Extremely minor inclusions, completely eye-clean)
-
Color Grade: Fancy Vivid Pink (Princess center stone) paired with D - E color exceptional white brilliance (Kite side stones)
-
Cut Grade: Excellent / Ideal (Optimized for maximum fire, brilliance, and scintillation)
-
Origin: 100% Conflict-Free Lab-Grown Diamonds
Design & Craftsmanship
Constructed using state-of-the-art precision CAD design, this setting is engineered to securely cradle the delicate corners of the princess cut and the sharp points of the kite-shaped diamonds while keeping a low, comfortable profile. The minimal metal prong work is carefully placed to protect the corners while allowing maximum light to pass through the stones, creating a sensational cross-refraction of fire between the rich pink hue of the center stone and the crisp white facets of the side shapes. The highly polished, mirror-like metal finish completes the design for a seamless, high-fashion look.
Sizing & Customization
-
Available Sizes: Custom-made to order (full and half sizes available).
-
Metal Options: Choose from White Gold, Yellow Gold, Rose Gold, or Platinum to perfectly match your aesthetic.
Free Shipping
Complimentary insured shipping on all orders. Delivered in 5–7 business days via FedEx signature required.
Easy Returns
30-day hassle-free returns on all non-customised pieces. Items must be unworn and in original packaging.
Lifetime Warranty
Every True Lab Jewels piece is backed by our lifetime craftsmanship warranty covering manufacturing defects.
Diamond Details
Add diamond details via the product metafield custom.diamond_details.
Product Details
Add product details via the product metafield custom.product_details.
Testimonials
Have Any Questions?
What are lab-grown diamond engagement rings?
They are engagement rings set with diamonds created in a laboratory, offering the same sparkle and durability as mined diamonds.
How durable are lab-grown diamond engagement rings?
Lab-grown diamonds are very durable and score 10 on the Mohs hardness scale, making them suitable for everyday wear.
Can lab-grown diamonds be used in custom engagement rings?
Yes, lab-grown diamonds can be used in custom engagement rings and bespoke jewellery designs.
How do I choose the best lab-created diamond engagement ring?
Choose based on cut, colour, clarity, carat weight, setting style, certification, and your preferred metal.
Is the metal in this product solid or plated?
You can update this answer in the theme editor with your product-specific metal details.
Do you provide pictures of the ring prior to dispatching it?
Add your dispatch photo policy here.
Which payment methods do you accept?
Add your accepted payment methods here.
What is your returns and exchanges policy?
Add your returns and exchanges policy here.
