Step into the realm of ethical sophistication! Lab-grown diamonds, alternatively termed synthetic or cultured diamonds, epitomize a contemporary and conscientious perspective on the enduring charm of these coveted gemstones. Forged through cutting-edge technological advancements within controlled laboratory environments, lab-grown diamonds boast identical chemical composition and physical attributes to their naturally occurring counterparts. Embrace the shift towards mindful opulence, harmonizing the splendor of the natural world with the ingenuity of scientific progress.

What are Lab Grown Diamonds?

A lab-grown diamond, also referred to as a synthetic or cultured diamond, is a diamond synthesized in a controlled laboratory environment, as opposed to being naturally formed in the Earth's mantle through geological processes. The creation of lab-grown diamonds generally follows one of two methods: High Pressure High Temperature (HPHT) or Chemical Vapor Deposition (CVD).

Why Choose Lab Grown Diamonds?

Lab-grown diamonds present a compelling alternative to mined diamonds, offering identical physical properties alongside ethical sourcing and cost-effectiveness. Key advantages of lab-created diamonds include the ability to produce rare colors artificially, expanding access to distinctive pieces. Furthermore, the traceable origin of these diamonds allows for sourcing from reputable suppliers committed to ethical practices and community welfare, ensuring transparency and accountability throughout the supply chain.

How Lab Grown Diamonds are Made?

Lab-grown diamonds originate from tiny carbon seeds extracted from existing diamonds. To replicate the natural diamond formation process, scientists utilize advanced techniques such as high pressure and heat or chemical vapor deposition (CVD). Over a period of six to 10 weeks, a rough diamond forms, which is then cut, polished, and set into lab diamond jewelry like earrings, necklaces, or bracelets.

There are two primary methods for creating lab diamonds:

  1. High Pressure High Temperature (HPHT): This method mimics the conditions under which natural diamonds form deep within the earth. A large machine is supplied with a specific amount of carbon material, which is then subjected to crushing pressures exceeding 870,000 pounds per square inch and temperatures ranging from 1300 to 1600 degrees Celsius.
  2. Chemical Vapor Deposition (CVD): In the CVD process, a seed diamond is positioned within a small vacuum chamber containing heated hydrogen and carbon-containing gases. Under precise temperature conditions, the gas molecules decompose, leading to the deposition of crystallized carbon layers around the seed, resulting in the growth of a larger diamond. Some CVD-created lab diamonds may undergo additional pressure and heat treatment after development.

Value of Lab Grown Dimaonds

  • COST-EFFECTIVE

    Typically more affordable & a cost-effective option without compromising on the visual appeal.

  • INDISTINGUISHABLE

    To the naked eye and under standard gemological testing, these are virtually indistinguishable.

  • ETHICAL

    Ethical and Environmentally Friendly choice, as their production eliminates the need for traditional diamond mining.

  • CERTIFICATION

    Comes with certification that provides details about their characteristics, including carat , color, clarity, and cut.

Lab Grown Dimaonds VS. Natural Diamonds

Lab-grown diamonds and natural diamonds are both composed of carbon atoms arranged in a crystalline structure, but they differ in their origin and certain characteristics.

  • Lab Grown Diamonds

    Formation: These diamonds are created in a controlled laboratory environment. They are produced using either High Pressure High Temperature (HPHT) or Chemical Vapor Deposition (CVD) methods.

    Cost: Often less expensive than natural diamonds due to the controlled production process and shorter creation time.

    Size and Availability: Easier to produce in larger sizes and quantities.

    Environmental Impact: Generally considered to have a lower environmental impact, especially if produced using sustainable practices.

    Origin: Created by replicating the conditions under which natural diamonds are formed, but the process is accelerated and takes a shorter time.

  • Natural Diamonds

    Formation: Formed deep within the Earth's mantle under extreme pressure and high temperatures over millions or even billions of years, natural diamonds are brought to the surface through volcanic eruptions or other geological processes.

    Cost: Typically more expensive, as their formation is a natural and time-consuming process.

    Size and Availability: Larger, high-quality diamonds are rarer and, therefore, more valuable.

    Environmental Impact: Mining natural diamonds can have significant environmental consequences, including habitat disruption and carbon emissions.

    Origin: Mined from the Earth's crust, hence the process is slow and takes a longer time.

Lab Grown Diamond FAQ's

Why are lab grown diamonds are more affordable then natural diamonds?

Lab grown diamonds are more affordable than natural diamonds primarily because of their production process. While natural diamonds have taken millions of years to form under extreme pressure and temperature deep within the Earth's crust, lab grown diamonds are created in a controlled environment using advanced technology that mimics the natural diamond-growing process. This significantly reduces the time and resources required for their formation, resulting in lower production costs and, subsequently, a more affordable price for consumers.

How much do lab grown diamonds cost?

The cost of lab grown diamonds can vary depending on factors such as size and quality. Generally, lab grown diamonds are priced less than natural diamonds of comparable quality.

How can you tell if a diamond is lab grown?

Distinguishing between lab grown and natural diamonds isn’t possible with the naked eye. However, gemologists can identify lab grown diamonds through various methods. Most lab grown diamonds exhibit certain features or "fingerprints" that differ from natural diamonds. One common technique to identify them is using specialized equipment like spectroscopy to view fluorescence patterns. Additionally, some lab grown diamonds may have tiny inclusions or growth patterns that are not typical in natural diamonds, providing further clues to their origin.

Is a lab grown diamond is a real diamond?

Lab created diamonds are diamonds, just like natural diamonds. The primary difference lies in their origin: lab created diamonds are grown in controlled environments, while natural diamonds form naturally in the Earth's mantle. Chemically and physically, They are chemically, physically, and optically identical to natural diamonds, with the same hardness, brilliance, and fire. 

Will a diamond made in a lab get cloudy?

Lab grown diamonds, or man-made diamonds, do not inherently become cloudy. A cloudy appearance in diamonds, whether natural or lab grown, is usually caused by the presence of certain impurities or structural irregularities. High-quality lab grown diamonds are as clear and brilliant as natural diamonds.