As the worldwide supply of mined diamonds shrinks, it's critical to start making ecologically aware decisions that help conserve our home planet's natural resources. This is one of the major motivators for acquiring lab-created diamonds, as more information on sustainability becomes available to assist people in making informed, conscious purchases. Speaking of sustainability, it's fascinating to realise that extracting diamonds from the Earth uses more energy than creating them in the lab.

Consumers, obviously, have not always viewed lab-created diamonds favourably. This is entirely due to marketing misdirection, as well as a play on the feeling associated with possessing something genuine or legitimate. In other words, mining firms are attempting to mislead people into believing that lab-grown diamonds are not "genuine" diamonds, which is completely incorrect. In reality, the Federal Trade Commission noted in a judgement, "A diamond is a diamond whether it is made in a lab or originates from the ground."


Lab grown diamonds, as the name suggests, are created in factories and laboratories. The composition and look of lab-grown diamonds and mined diamonds are comparable. The carbon vapour deposition (CVD) and high pressure and high temperature (HPHT) methods are used to create lab produced diamonds. Diamonds created in laboratories are often higher in quality than natural diamonds because they are created in a controlled setting with constant quality control and monitoring. The laboratory environment duplicates the complete atmosphere of the earth's crust, where natural diamonds are created. Due to a growing trend in their utilisation, laboratory generated diamonds are becoming increasingly popular in the fashion and jewellery industries.


Though man-made diamonds account for a small portion of the overall diamond market, their popularity is likely to grow in the future years. We may witness a rising trend in the adoption of lab-created diamonds as more and more individuals gravitate toward purchasing this sustainable and magnificent piece of stone. Prior to 2018, sales of jewellery created using man-made diamonds totaled less than $1 billion, accounting for less than 1% of the worldwide diamond industry. According to research, the United States of America accounts for 90% of the lab-created diamond business.


One of the most common misconceptions about lab-created diamonds is that they will be purchased as fashion jewellery or will be chosen more by brides-to-be. Currently, 60 percent of man-made brides purchase diamond jewellery. People prefer buying lab created diamonds over genuine CVD diamonds since the cost of man made diamonds is cheap and very cost-effective. However, dividing the market share by the number of items sold in wedding and fashion jewellery yields a 50-50 split.


That lab-grown market share for engagement rings is significantly higher than Tenoris' figures for 2021, which estimated that lab-grown diamond sales were for around 6% of the whole engagement ring market.


While the margins for lab-grown diamonds remain larger than those for natural gems, Tenoris discovered that the gap between the two isn't as large as people may believe. The average gross margin for a natural diamond engagement ring was 48.6%, compared to 54.4% for lab-grown diamonds, according to the website. This is a 5.1% increase for natural and a 0.2% increase for lab-grown.


A lab-grown diamond, also known as a lab-created diamond, is a diamond that has been grown in a laboratory. These diamonds are created by replicating the environment that promotes the formation of natural diamonds beneath the earth's crust. For the same, advanced technological methods are used.


Lab-made diamonds are manufactured using high pressure and heat treatment. Lab-grown diamonds, like natural diamonds, are made up of 100% carbon atoms organised in the shape of a diamond crystal structure. Because these diamonds are formed of the same substance, carbon, they have the same physical, chemical, and visual properties as naturally found diamonds.


To further comprehend the formation process of lab-grown diamonds, first consider how natural diamonds are obtained from mother nature. The procedure is nearly identical. The difference is that the former is manufactured in a lab, whilst the latter is found naturally in the earth's crust.


Diamond production begins with carbon dioxide being buried hundreds of kilometres beneath the earth's surface. This carbon dioxide is subjected to intense heat and pressure. As the volcano erupts, these diamonds reach near to the earth's surface in the form of volcanic explosions.


While man-made jewels have been around for a while in the United States, Europe is still coming around to the concept. "The idea of willingly allowing LGD into our supply chain was met with more than a little trepidation at first," says the marketing executive of a Birmingham-based supplier. However, after lab-created strokes were released last year, demand increased. 


This is a well-known story among retailers all around the world. Following the release of Pandora's Brilliance last year, many European jewellers got on board. What Pandora accomplished was not just a positive statement for their company, but also a signal to smaller enterprises that lab-grown diamond was something worth investing time and effort in.