GIA Certified Natural Blue Sapphire - Cabochon Cut - 6.13 carats - 10.22 x 9.49 x 6.85mm

Product Description Gemstone Detail Reviews Warranty Info Q&A Prepare to be captivated by this astonishing Natural Blue Sapphire Gemstone. With a remarkable cabochon cut, it weighs an impressive 6.13 carats, measuring 10.22 x 9.49 x 6.85 mm. Rest assured of its authenticity, as it comes with a prestigious GIA certification. This extraordinary gemstone boasts a vivid intense medium rich blue hue that is truly mesmerizing. It showcases impeccable clarity, masterful craftsmanship, and exquisite polishing. Its sugar loaf shape in a super fine quality faceting grade material adds to its allure, making it a highly sought-after piece. Emanating elegance and timelessness, this gemstone is a rarity that is hard to find. It comes with a detailed GIA report to enhance your confidence in its quality. For a personalized description of this beautiful gemstone, as well as the option to view 360-degree or hand videos, please don't hesitate to contact us. Price/Carat 2050 In gemstones and diamonds, the Price Per Carat refers to the dollar cost per unit of carats, the traditional unit of measurement for gemstones. 1 carat equals 0.2 grams. The price per carat is the best way to compare very similar gemstones in terms of quality. The higher price per carat reflects a higher quality gem. Shape cabochon Shape refers to the geometric shape of the gemstone. Traditional shapes are Oval, Pear, Marquise, Trillion, Cushion, Emerald, Round, Radiant, Princess. Other shapes are usually referred to as Fancy. Make Very Good This gemstone has a Very Good Make as graded by a professional gemologist. It has been crafted with the highest degree of craftsmanship, with very good proportions, symmetry and polish. It has been cut with little regard to the weight loss of the gemstone rough, and primarily to optimize the gemstones optical properties to its fullest potential. Symmetry Very Good This gemstone has Very Good Symmetry as graded by a professional gemologist and any symmetry flaws are extremely...