David Stern Jewelers presents exceptional pair of 1.00 CT Lab Grown Diamond Stud Earrings (2.00 CT Total Weight) set in elegant 14kt white gold, a stunning pair that combines premium quality specifications with the ethical advantages and outstanding value of lab-grown diamonds. This magnificent creation features a perfectly matched pair of 1 carat lab-grown round brilliant cut diamonds, each displaying E color, VS2 clarity, and the coveted Triple Excellent grade for cut, polish, and symmetry. According to the Gemological Institute of America, lab-grown diamonds possess identical chemical composition, physical properties, and optical characteristics as natural diamonds, differing only in their origin. Diamond stud earrings are universally recognized as essential jewelry—timeless pieces that work beautifully from casual to formal occasions.
What truly distinguishes these diamond studs is the exceptional E color combined with VS2 clarity and Triple Excellent cut quality. The E color represents the second-highest grade on the GIA diamond color grading scale, falling within the “colorless” range—these diamonds will appear absolutely colorless with pure white brilliance. The VS2 clarity ensures completely eye-clean appearance with no visible inclusions, while the Triple Excellent (3X) rating means these diamonds achieved Excellent grades for cut, polish, and symmetry—the pinnacle of diamond cutting that ensures maximum fire, brilliance, and scintillation. The perfectly matched pair aspect is critically important, as creating matched pairs requires sourcing two diamonds of identical specifications, ensuring perfect symmetry and consistency. Lab-grown diamonds offer compelling advantages: they are real diamonds identical to natural diamonds in every way, represent ethical and environmentally sustainable choices, and provide exceptional value—typically 40-60% cost savings compared to natural diamonds of equivalent quality. For those seeking larger sizes, we have lab-grown diamond studs available up to 10 carats total weight.