What are Lab Grown Diamonds?
Lab-grown diamonds, also known as cultured or man-made diamonds, are meticulously grown in laboratories using cutting-edge technologies that precisely emulate the conditions required for natural diamond formation.
In essence, lab-created diamonds epitomize elegance, offering a sustainable and ethically sound alternative to mined diamonds without compromising on quality or beauty.
Lab-grown diamonds, identical in optical and chemical properties to mined ones, are cultivated in controlled environments, presenting numerous advantages. Embraced for their ethical and environmental merits, they sidestep the ecological impact and ethical dilemmas of traditional mining. Moreover, they ensure a dependable supply of diamonds with unwavering quality and purity. Within industries spanning from jewellery to technology, lab-grown diamonds are swiftly emerging as a sustainable and principled substitute to mined diamonds. Empowering consumers with the assurance of supporting an environmentally conscious diamond industry, they redefine the paradigm ofresponsible luxury.

4Cs of a Lab-Grown Diamond
Let's delve deeper into each of the 4Cs of lab-grown diamonds
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Carat : Carat weight is a measure of the size of the diamond. One carat is equal to 200 milligrams or 0.2 grams. Larger diamonds are generally rarer and more valuable, regardless of whether they are mined or lab-grown. However, it's essential to remember that carat weight alone doesn't determine a diamond's value; other factors such as cut, clarity, and colour also play significant roles.
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Clarity : Clarity refers to the presence or absence of internal characteristics (inclusions) and external blemishes (blemishes) within the diamond. These imperfections can affect the diamond's brilliance and transparency. Clarity grades typically range from "Flawless" (no inclusions or blemishes visible under 10x magnification) to "Included" (inclusions and blemishes visible to the naked eye). Lab-grown diamonds, like mined diamonds, undergo grading for clarity using similar criteria.
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Colour : The colour of a diamond is graded on a scale from D (colourless) to Z (light yellow or brown). Colourless diamonds (grades D-F) are considered the most valuable because they allow the maximum amount of light to pass through, resulting in a brilliant appearance. However, some lab-grown diamonds may exhibit fancy colours, such as pink, blue, or yellow, which are valued for their rarity and uniqueness. These fancy coloured lab-grown diamonds are often graded using different colour scales tailored to coloured diamonds.
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Cut : The cut of a diamond refers to its proportions, symmetry, and polish, which directly influence its brilliance, fire, and scintillation. A well-cut diamond reflects light internally and disperses it through the crown, creating sparkle and enhancing its overall appearance. The cut is evaluated based on factors such as table size, crown height and angle, pavilion depth and angle, girdle thickness, and overall symmetry. Lab-grown diamonds are cut using advanced technology and precision techniques to maximize their optical properties and beauty.
Understanding the 4Cs is crucial when choosing a lab-grown diamond, as they help assess its quality and value. Each C interacts with the others to determine the overall beauty and desirability of the diamond.

What are coloured lab-grown diamonds?
Coloured lab-grown diamonds are diamonds that acquire their hues through the presence of trace elements or structural irregularities during their growth process, just like mined coloured diamonds. These trace elements can imbue lab-grown diamonds with a diverse array of captivating colours, including pink, blue, yellow, green, and more.
Despite their laboratory origin, coloured lab-grown diamonds possess the same optical and physical properties as mined coloured diamonds, making them a genuine and desirable choice for jewellery. They offer consumers an ethical and sustainable alternative to mined diamonds, without compromising on beauty, quality, or value.
Coloured lab-grown diamonds are real diamonds in every sense, offering a stunning array of colours and exceptional beauty while providing an environmentally conscious and socially responsible choice for discerning consumers.
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Here are some key aspects to consider when exploring coloured lab-grown diamonds:
1. Intensity and Saturation: The intensity and saturation of colour play a significant role in determining the value and appeal of coloured lab-grown diamonds. Vibrant, deeply saturated hues are particularly prized, as they exude a sense of richness and depth.
2. Colour Grading: Coloured lab-grown diamonds are graded using specialized colour grading scales tailored to assess their unique hues. Unlike colourless diamonds, where absence of colour is ideal, coloured diamonds are celebrated for their vividness and purity of hue.
3. Fancy Colour Grading: The Gemological Institute of America (GIA) employs a grading system for fancy-coloured diamonds, evaluating factors such as hue, tone, and saturation. This comprehensive approach ensures precise classification and authentication of each diamond's unique colour characteristics.
4. Popularity and Rarity: While colourless diamonds remain the most sought-after, coloured lab-grown diamonds are gaining popularity for their exceptional beauty and affordability. They offer a compelling alternative for those seeking a distinctive and ethically sourced gemstone with a touch of individuality.
5. Ethical and Sustainable: Like all lab-grown diamonds, coloured lab-grown diamonds are ethically and sustainably produced, offering peace of mind to conscientious consumers. Their environmentally friendly origin and transparent supply chain further enhance their appeal as an ethical choice in fine jewellery.
Coloured lab-grown diamonds offer a captivating fusion of natural beauty, ethical sourcing, and exceptional value. With their stunning array of colours and enchanting allure, they continue to captivate the hearts and imaginations of jewellery enthusiasts worldwide.


Lab-grown Diamonds vs. Mined Diamonds
The comparison between lab-grown diamonds (LGD) and mined diamonds

Formation Process
Lab Grown Diamonds: Grown in a Lab
Mined Diamonds: Formed Naturally

Composition
Lab Grown Diamonds: Pure carbon
Mined Diamonds: Pure carbon with a few traces of nitrogen.

CRYSTAL STRUCTURE
Both types have a cubic crystal structure.

HARDNESS (MOHS SCALE)
LGD and mined diamonds both have a hardness of 10, making them the hardest known materials.

REFRACTIVE INDEX
The refractive index for Both is 2.42

DENSITY (g/cm³)
The density remains consistent at 3.52 g/cm³ for both types.

COLOR
Both are available from colourless to fancy.

CLARITY
Both can exhibit clarity from flawless to grade I.