Natural Diamond
Natural Diamond · Oval Brilliant
Very Good to Excellent Cut
Carat
Estimated 1.50 - 2.00 carats (center stone)
Color
Estimated G-H (near colorless)
Clarity
Estimated VS1 - VS2 (very slightly included)
Shape
Oval Brilliant
Overall Assessment
An elegant, timeless engagement ring featuring a well-proportioned oval brilliant diamond with great brilliance, complemented by a delicate pavé-set band
Cut Quality
Very Good to Excellent
Brilliance
High white light return and brightness across the oval face
Fire
Good spectral color dispersion visible through the crown facets
Scintillation
Strong sparkle with balanced light and dark zones; minimal bow-tie effect
Proportions
Standard oval brilliant proportions with a well-balanced table and depth percentage optimized for brilliance
Symmetry
Very Good
Polish
Very Good
Fluorescence
None to Faint
Inclusions
Minor pinpoints or crystals undetectable to the naked eye
Blemishes
None readily visible under magnification from this viewing angle
Origin
Natural geological origin; exact mine location undetermined without advanced spectroscopy
Treatment Detection
No obvious signs of clarity enhancement, laser drilling, or color treatment
Estimated Value
$10,000 - $18,000 USD (depending on precise exact color, clarity, and certification)
Certification Estimate
Likely GIA or IGI certified with standard G-H VS grades
Investment Potential
Natural diamonds of this size and quality retain steady long-term value, serving as a stable luxury asset
Similar Diamonds
Similar 1.5 to 2.0-carat oval brilliant cut natural diamonds with GIA certificates, G-H color, and VS clarity grades
Setting Suggestions
Classic four-prong or six-prong white gold or platinum solitaire setting with pavé diamonds on the band to match the existing accent stones
Care & Maintenance
Clean regularly with warm soapy water and a soft-bristled brush; have prongs professionally checked annually
Interesting Facts
Oval cut diamonds maximize perceived surface area per carat compared to round brilliants, making them appear larger than their actual weight