2 Carat Total Weight 1 Carat Per Ear Round Lab Created Diamond Stud Earrings

Elevate your elegance with our Prong Setting Lab Diamond Stud Earrings—an impeccable fusion of timeless beauty and contemporary craftsmanship. At the heart of these stunning stud earrings lies a 1-carat lab-grown diamond, meticulously hand-selected by our expert. Each round-shaped stone, with dimensions of approximately 6.5mm, boasts an excellent cut, polish, and symmetry. This ensures that every facet captures light brilliantly, delivering unparalleled sparkle and radiance.

Crafted for those who appreciate the finer things in life, our diamonds are graded EF colour and VS+ clarity. This means they exhibit exceptional brilliance and minimal inclusions, making them 100% eye-clean. 

With zero fluorescence and outstanding characteristics. Choose between push backings or twist backings to suit your preference, ensuring a secure and comfortable fit. 

Key Features:

• Diamond Weight: 1-carat per stud total weight 2ctw
• Diamond Type: Lab Diamond, 100% Carbon
• Diamond Dimension: Approx. 6.5mm
• Diamond Specs: EF VS+ Excellent Cut 
• Certified: IGI Certificate
• Stone Shape: Round
• Stone Count: Single stone per earring
• Prong Count: Four-prong setting
• Surface Finish: Polished
• Quality Assurance: Top-quality lab diamond, 100% eye clean
• Setting Type: Dot/button prongs
• Metal: 14k Gold

This item is custom made to order, we set our bespoke production timeline at four to six weeks. This ensures we can sustainably manage our manufacturing team and ensure the utmost craftsmanship and stringent quality control. 
Custom Orders: All custom jewellery orders are considered final and non-refundable. Once an order is placed, it cannot be cancelled or refunded.

Chatoyer Diamonds offers free express shipping for all Australian orders. We ship all orders with express insured post so there is no need to worry about not receiving your special purchase.

Please note that all measurements and details provided are approximate. Diamonds can vary slightly in size and appearance due to natural variations.