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Lab grown diamonds are an excellent substitute for natural diamonds. These diamonds are produced in a laboratory with state-of-the-art technology replicating the natural diamond formation process. Moreover, they are conflict-free, making them the perfect choice for environmentally conscious individuals looking for ethical options.

If you're seeking places to buy lab grown diamonds, look no further than Clean Origin. We provide an extensive selection of lab created diamond jewelry, as well as loose lab grown diamonds for you to choose from.

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Absolutely! Lab diamonds have similar physical, chemical, and optical properties to natural ones. A lab grown diamond can be as high quality as any mined diamond.

So much so that it isn't easy to differentiate between the two with the naked eye. Specialized equipment and techniques are required to distinguish between the two.

Like natural diamonds, lab grown diamonds are also evaluated based on the 4Cs established by the Gemological Institute of America (GIA): carat weight, color, clarity, and cut.

Carat Weight - The term carat weight pertains to the mass of a diamond, where one carat is equivalent to 0.2 grams.

Color - The color grading system spans from D (colorless) to Z light yellow or brown hues). The grades increase in value as they go higher.

Clarity - Diamond clarity indicates the level of imperfections or inclusions, both internally and externally.

Cut - "Cut" refers to a diamond's symmetry, proportions, and polish, which greatly influence its brilliance.

Opting for diamonds with substantial carat weight, an almost colorless or colorless hue, exceptional clarity, and a precise cut is recommended to achieve the best possible shine.

Although cubic zirconia and moissanite might resemble diamonds, they are, in fact, distinct from real diamonds. Cubic zirconia is a lab made gemstone produced from zirconium dioxide, while moissanite is a natural mineral. In contrast, lab created diamonds are real diamonds with the same physical and chemical features as natural diamonds.