Lab Grown

Luxury Diamonds

We carry a large selection of certified Lab Grown Diamonds

Have a look at our inventory of Lab Diamonds in Vancouver by clicking the link below.


Lab Grown vs. Diamond Simulants

It is important to note the major distinction between lab diamonds and diamond simulants. Diamond simulants, such as cubic zirconia and moissanite, look similar to diamonds but are not true carbon crystals. Simulants do not have the same chemical and physical properties as natural diamonds and therefore sell at much lower prices than man made diamonds. In diamond industry simulants can be distinguished from natural or lab grown diamonds using only the naked eye. Natural and lab grown diamonds have thermal conductivity properties that differentiate them from cubic zirconia with a handheld diamond tester. Some lab diamonds, along with some natural colored diamonds, may be mistakenly identified as moissanites when using certain diamond testers due to similarity in their electrical conductivity.


Lab Created vs. Natural Diamonds

Our lab grown diamonds or conflict free diamonds display the same physical, chemical, and optical characteristics as natural diamonds, and exhibit the same fire, scintillation, and sparkle. Using a jewelry loupe, man made diamonds are impossible to differentiate from natural diamonds created during billions of years. Lab created diamonds or clarity enhanced diamonds may exhibit different trace elements than natural diamonds that do not affect the appearance of the diamond. Lab grown diamonds can be distinguished from natural diamonds only with tests using specialized equipment. Concerning enhanced diamonds for sale. Lab made diamonds made by diamond producers for lab grown diamond rings in Canada available for purchase should always come with a gem certification identifying them as laboratory grown.

Ethical Consumption in Canada: Lab-Grown Diamonds

For generations, diamonds have been emblematic of both wealth and romance. However, questions surrounding their sourcing and their ethical manufacturing have begun driving consumers to seek different solutions. Recently, cultivated diamonds, grown in the lab and known for their sustainability and the moral integrity underpinning their development, have risen in popularity. In Canada, this movement is gaining momentum, with an increasing number of Canadians choosing these lab-created gems over those that are conventionally extracted.

Lab-grown diamonds: What are they?

Synthetic or cultured diamonds, commonly known as lab-grown diamonds, are developed in controlled laboratory environments. This process parallels the natural formation of diamonds deep within the Earth's crust, utilizing cutting-edge technology. These laboratory-created diamonds possess the same visual, chemical, and material properties as natural diamonds, but they are free from the environmental and societal issues typically linked to conventional diamond mining.

For those who prioritize environmental stewardship, synthetic diamonds present a responsible alternative. Natural diamond extraction usually involves significant excavation of the land, resulting in substantial soil displacement and ecological disruption. Furthermore, diamond mining demands considerable energy and water resources, leading to increased carbon emissions and water contamination. In contrast, when synthetic diamonds are made, they produce a significantly reduced environmental impact, employing renewable energy and reused water.

The emergence of lab-grown diamonds

Ethical concerns have been a significant influence on the rising popularity of lab-grown diamonds in Canada. The conventional diamond mining industry, while contributing significantly to the global economy, has been associated with challenges in safeguarding human rights and promoting fair labor practices. Efforts are ongoing to address issues such as working conditions and the employment of minors, with a view towards creating a more ethical and sustainable industry. Opting for lab-grown diamonds allows consumers to rest assured that their purchases are not supporting these morally questionable practices.

Additionally, lab-grown diamonds provide a budget-friendly alternative that doesn’t sacrifice quality. Unlike natural diamonds, whose value is determined by scarcity and market demand, lab-grown diamonds are more abundantly available and can be produced in greater volumes. This plentiful supply enables diamonds cultivated in the lab to be offered at more affordable prices, extending their reach to a broader consumer base.

Another primary benefit to diamonds grown in the lab is the environmental and ethical advantages they offer. Traditional diamond mining typically involves detrimental activities, causing ecological damage and raising thorny ethical issues. Lab grown diamonds, however, have a minimal environmental footprint and are free from unethical labor practices.

Cost-wise, lab-grown diamonds in Canada present the discerning consumer with an appealing choice. The price of lab-grown diamonds is far lower than that of their natural analog. This makes them an attractive, affordable choice for those seeking high-quality, exquisite diamonds without a hefty price tag. The affordability of lab-grown diamonds, coupled with their ethical manufacture, positions them as a popular selection for engagement rings and other fine jewelry in Canada.

Impeccable quality

Lab-grown diamonds stand on par with natural diamonds in terms of their beauty, clarity, and durability. Their striking brilliance and hardness are identical to that of their natural counterparts, making them indistinguishable even to skilled gemologists, unless they use very specific tools. This places lab-grown diamonds as a top choice for those desiring premium-quality jewelry without the ethical dilemmas linked to traditional diamond sourcing.

The rise in popularity of lab-grown diamonds in Canada highlights a collective shift towards sustainable and morally sound alternatives. By opting for lab-grown diamonds, Canadians are actively participating in eco-friendly initiatives and endorsing ethical practices in the jewelry sector. Offering the same exceptional quality at a more accessible price, lab-grown diamonds present an ideal choice for those who value the aesthetics of diamonds but who also must respect their conscience.


Engagement rings featuring lab-created diamonds, also known as synthetic or cultured diamonds, are crafted using a process that simulates natural diamond formation deep within the Earth's crust. While they share the same chemical structure as natural diamonds, these lab-grown gems are developed in a controlled setting with sophisticated technology, allowing for a faster production timeline than their natural counterparts.

Aesthetically and physically, these lab-created diamond engagement rings are almost indistinguishable from natural diamonds. They boast the same sparkle, a hardness rating of 10 on the Mohs scale, and all the clarity you would expect. Both lab-grown and natural diamonds are subject to identical grading standards by gemological institutes, assessing their cut, color, clarity, and carat.

Ethically, engagement rings with lab-grown diamonds present a more responsible choice compared to natural diamonds. They avoid the ecological harm and questionable labor practices associated with diamond mining. Nevertheless, some individuals continue to favor natural diamonds for their distinct traits and the sentimental value they hold.

Lab-created diamonds present a compelling option over those that are conventionally mined. They match natural diamonds in all their important characteristics while offering clear, ethical background information on sourcing and development, ensuring buyers can trust the environmental sustainability of the products they buy.

Lab-created diamonds are formed using techniques that mimic the natural diamond-creating process. The primary methods are high-pressure, high-temperature (HPHT) and chemical vapor deposition (CVD). In the HPHT method, a tiny diamond seed is positioned in a press designed to exert intense heat and pressure, simulating the conditions necessary for diamond growth. A carbon source is then added, facilitating the attachment of carbon atoms to the seed, forming a crystal lattice. This method can take weeks or months to yield a gem-quality diamond.