Natural diamonds travel a long and challenging path to reach your finger. Natural diamonds originated billions of years ago under immense heat and pressure deep inside the earth. They ascended a hundred miles in a column of molten rock, more than three times the depth of the ordinary volcano, to reach the earth's surface in volcanic pipes.

For diamonds to develop in the old earth and be transported to the surface, so many things had to be perfectly aligned. Those conditions no longer exist: all of the diamonds that the earth will produce have already been formed. These nearly unbreakable jewels made it through their journey somewhat undamaged. They include microscopic time capsules of the earth's crust a billion years ago: crystals from the deep earth, tiny cleavages from pressure, and atoms from the mantle that accompanied the journey. The oldest thing you will ever touch is these magnificent billion-year-old crystals.


Lab Made Diamond Rings have been created by man for decades, but only in the last five years have they proven commercially viable for use in jewellery. Until then, most diamonds were produced for industrial purposes and lacked the size, clarity, and cost that would make them appealing for jewellery use.


Diamond crystals form in a few weeks under these regulated conditions. They contain traces of the industrial conditions under which they were created. Color zoning, metallic inclusions, weak strain patterns, and UV fluorescence colours are all seen in lab-grown diamonds.


Lab-grown diamonds are cut and polished in the same way that natural diamonds are when the rough is created. However, because lab-grown diamonds are not carefully graded for a cut in the same way that real diamonds are, they are not cut to the same standards and proportions for maximum light performance.


The distinctions in the formation of natural diamonds and lab-grown diamonds produce the traits that gemologists use to distinguish them. You won't be able to know just glancing at a ring's stone.


Laboratory-grown diamonds do not have a long enough track record to determine what consumers are willing to pay for them on a consistent basis. Because there is so much ambiguity regarding the value of lab-grown diamonds, there is no secondary market for them yet. Today, lab-grown diamonds are far more cheap than they were five years ago. We don't know if lab-grown diamond prices will decline further or significantly. As competition intensifies, it's expected that laboratory-grown diamond production will continue to get cheaper and cheaper, prompting companies to keep cutting their sales prices for these stones.


We've always taken the long view of fine jewellery because we come from a family of diamond specialists. We believe in quality and value, and we strive to create jewellery that will be passed down through generations. We're also cognizant of the significance of jewellery, how it expresses love, carries family traditions, and commemorates significant life events.


We began asking our consumers what they thought of lab-grown diamonds since our doubt was founded on our concerns about whether we would be providing actual value. Would they be proud to wear one as an engagement ring even if we couldn't guarantee its durability?


Many of our clients responded yes. They were impressed by the creativity represented by man-made diamonds. They thought that, while manufacturing lab-grown diamonds takes energy, they felt better knowing that they were not mined. And they were relieved that they could buy a larger, higher-quality diamond for the same amount, even if the resale value might be lower in the future.


Lab grown diamonds have been a big topic in the diamond jewellery world for the previous 10 years. Even if you are familiar with these stones, you may be unclear whether a lab produced diamond is right for you – maybe because there are so many stories and competing ideas regarding lab grown diamonds that the facts are sometimes overshadowed.


Lab Grown Diamonds are created in a lab. Diamond crystal seed is mixed with carbon and other gases in that laboratory. Lab-grown diamonds, like test tube babies and IVF-treated infants, are created without giving birth in a miner's uterus. Lab grown diamonds are also known as eco grown diamonds since they are created in an environmentally responsible manner. Lab-grown diamonds are abbreviated as eco-grown diamonds.


Natural diamonds' half-brother is lab-grown diamonds. When a mother wishes to have a child but is unable to do so, a medical procedure is developed. The procedure is known as IVF treatment. Similarly, Lab Grown Diamonds are created using the IVF treatment process pattern, but these two points of view are not the same.


Because it is not done on the earth's crust, the method of creating lab-made diamonds is environmentally beneficial. Lab Grown Diamonds do not cause land abrasion. However, lab-grown diamonds keep the area from being mined. The use of lab-grown diamonds keeps the land fertile.


Every year, due to global warming, the sea level rises at breakneck pace, and coastal areas disappear due to the seawater's concealing tide. Land erosion causes significant conflict, and it depletes fertility, which is critical for plants and trees. When a tree is planted on mined land, the land does not help the plant thrive.


Natural diamonds are extracted from the Earth's crust using hefty and high-voltage electricity since the mining process requires large machines and heavy equipment. These machines make extensive use of high voltage electricity. However, because Lab Grown Diamond is made with less electricity, this high sort of electricity is unnecessary.


As a result, the purchaser is responsible for the entire cost of the Natural Diamond. That is why Natural Diamond is so expensive to buy. However, because Lab Grown Diamond is inexpensive, it has no more brilliance or scintillation than Natural Diamond. However, lab-created diamonds are now better than natural diamonds in every regard.