5.05 carat Marquise Shape Lab Grown CVD Diamond

The 5.05 carat F,VS1 Marquise Shape Lab Grown CVD Diamond is a stunning diamond that embodies elegance and luxury. With its substantial carat weight, exceptional color, and remarkable clarity, this lab grown diamond is a true statement piece that will captivate the beholder.

In terms of color and clarity, this diamond is classified as F in color and VS1 in clarity. The F color grade signifies that the diamond is nearly colorless, with only an extremely faint hint of color. This allows the diamond to reflect light beautifully and appear brilliantly white, enhancing its overall radiance. The VS1 clarity grade indicates that the diamond has very few inclusions, which are barely visible under 10x magnification. This high level of clarity ensures exceptional transparency and brilliance, allowing the diamond to sparkle intensely.

The marquise shape of this lab grown diamond adds an element of uniqueness and sophistication to its overall allure. With its elongated shape and pointed ends, the marquise cut creates a captivating silhouette that exudes elegance and grace. The elongated shape also creates an optical illusion of elongated fingers when worn as a centerpiece in jewelry, adding a touch of glamour and allure to any design.

As a lab grown diamond, it possesses all the physical, chemical, and optical properties of a natural diamond. Lab grown diamonds are created in controlled laboratory environments using advanced technology, making them a responsible and ethical choice. They offer the same beauty and durability as mined diamonds while reducing their environmental impact.

The 5.05 carat F,VS1 Marquise Shape Lab Grown CVD Diamond is a truly exceptional diamond. Its substantial carat weight, exquisite color, and impressive clarity make it a remarkable choice for those seeking a show-stopping piece of jewelry. Whether set in a ring, pendant, or any other design, this diamond will undoubtedly leave a lasting impression with its radiant beauty and unique marquise shape.