A “Lab Diamond,” also called a “Man-Made” or “Synthetic Diamond,” is a real diamond created in a laboratory rather than forming naturally in the Earth’s crust. Lab grown diamond rings are also called synthetic diamond rings.

A “Lab Diamond,” also called a “Man-Made” or “Synthetic Diamond,” is a real diamond created in a laboratory rather than forming naturally in the Earth’s crust. Lab grown diamond rings are also called synthetic diamond rings.

Lab-grown diamonds carry true value, both for their physical qualities and the emotions they represent. They are chemically, physically, and optically the same as natural diamonds, making them an authentic choice for fine jewellery.

Lab-grown diamond earrings contain diamonds with the same chemical, physical, and optical properties as mined diamonds, but they are created in a controlled laboratory setting that replicates natural formation. This makes them a more sustainable and affordable choice. With the same sparkle, hardness, and brilliance as mined diamonds, lab-grown diamond earrings are a popular option for those seeking ethical, budget-friendly luxury.

Lab-created diamonds are an excellent choice as long as the setting lets them shine. Whether you prefer basket, bezel, or another style, your choice shapes the earrings. Lab-created diamond studs provide brilliant sparkle at a more affordable price.

For those seeking an ethical, beautiful, and cost-effective option, lab-grown diamonds are ideal. They offer the same quality, sparkle, and customization as mined diamonds, without the high cost or environmental impact of mining.

The best way to clean lab-grown diamonds is with warm water and mild dish soap. Soak the jewelry, gently brush with a soft toothbrush, rinse well, and dry with a lint-free cloth.

To the naked eye, lab-grown diamonds and natural diamonds look identical; only a trained professional with specialized equipment can distinguish between them. Lab-grown diamonds are created using two main methods: HPHT (High Pressure High Temperature) and CVD (Chemical Vapor Deposition).