Lab Grown Diamonds Fluorescence

Inspecting the diamond under a hearts and arrows viewer.

Lab grown diamonds fluorescence. Earth grown diamonds and lab created diamonds are visually identical. Pure carbon crystallized in an isotropic 3d form. If the fluorescence is medium strong or very strong the color of the fluorescence will be noted. Gia diamond grading reports and diamond dossiers describe a diamond s fluorescence by its intensity none faint medium strong and very strong when compared to masterstones used in the lab.

Aset image indicates a diamond with decent light return. Lab grown diamonds also known as man made diamonds synthetic diamonds or pure grown diamonds are grown in highly controlled laboratory conditions that simulate the earth s natural growing environment producing real diamonds that are optically physically and chemically identical to earth mined diamonds. In fact even under magnification the two are completely indistinguishable. Using a jewelry loupe man made diamonds are nearly impossible to differentiate from natural diamonds.

Lab grown diamonds are clearly indicated with a laser inscription on the girdle. Synthetic diamond are different from both natural diamond which is created by geological processes and imitation diamond which is made of non diamond material. Most diamonds that exhibit strong blue fluorescence appear a bit hazy in regular light. Our lab grown diamonds display the same physical chemical and optical characteristics as natural diamonds and exhibit the same fire scintillation and sparkle.

Synthetic diamond also referred to as laboratory grown diamond laboratory created diamond or cultured diamond is a diamond made of the same material as natural diamonds. Tests that a lab can do for you 4. Clean origin s lab created diamonds occupy the top seven color grades between d and j ensuring you the confidence of buying a stone for your jewelry that will always radiate beauty. Learn more about color.

An introduction to lab grown diamonds. Lab created diamonds may exhibit different trace elements than natural diamonds. Analysis of synthetic diamond s cut and optical performance. The best way to positively identify man made diamonds is through testing with highly specialized machines.

The yellow in a diamond can actually leach the sunlight and minimize the stones light refraction and sparkle. These diamonds were too small for jewelry however. Scientists first grew diamonds in a laboratory in the mid 1950s. Production of larger gem quality crystals began in the mid 1990s and continues to today with more and more companies producing synthetic diamonds.