A team of Russian scientists at the Russian Academy of Sciences have successfully created a diamond, the first ever made in Russia. The diamond was made using a new method to create diamonds, using a process involving high-pressure and high-temperature gas.  The process is similar to what occurs in the Earth’s mantle, where diamond crystals grow from molten rock.

The team found that this method can create diamonds with a purity of up to 99%, which is more than twice as pure as those made through conventional methods.

These diamonds are created with carbon nanotubes and other elements that are not found in natural diamonds.

Russian Lab Created Diamonds are different from traditional diamonds because they have been created using a less expensive process. They are also less durable than traditional diamonds.

Russian diamonds have been used as part of jewellery since the early decades of the 18th century.

There are a number of different theories explaining how these diamonds came to be, including that they may have been produced by high-pressure and temperature reactions in meteorite fragments or by the crystallisation of graphite in deep-sea vents.

Diamonds are also mined in India, but Russia still produces more than 95% of the world’s rough diamond supply today.

Brief History of Russian Lab-Grown Diamonds

Russia is one of the countries that has produced lab-grown diamonds. Russia has a rich history of stunning gems, from the first diamond mine in Siberia at the beginning of the 20th century to diamonds created by Russian scientists in labs.

The history of Russian Lab Created Diamonds dates back to the Soviet Union when a group of scientists under the leadership of Vladimir Lenin started working on diamonds and other gemstones after finding out that Earth’s richest deposits were located in Siberia and Russia. The idea for creating lab-grown diamonds came about after Russia’s Diamond Fund was established in 1935, and there was a need to develop new sources of revenue. It took years before these stones made their way into jewellery, thanks to Soviet premier Joseph Stalin’s dislike for anything that was not natural.

De Beers S.A. Diamonds, a diamond channel company established in the mid-1860s by Nicolaas and Diederick de Beer in South Africa, got hold of two diamond mines resulting in them having large amounts of diamond produce. In the early 20th century, conflict in Russia resulted in a shortage of diamonds and De Beers was left with too many unmarketable polished stones.

De Beers contracted a Russian diamond research laboratory, which developed a process for creating synthetic diamonds by heating carbon and hydrogen gas to high temperatures. At the same time, they inserted pure carbon into the gas stream.

In 1958, Vladimir Dvorkin and Leonid Akimushkin created a technique for growing diamonds from coal tar using hydrogen gas. This led to many years of research on how to grow diamond crystals from carbon atoms in order to make an artificial diamond that could be used as an industrial material and jewellery stone. In the same year, it was confirmed that these diamonds were purer than anything created by nature.

It was not until 1979 when Soviet scientists finally succeeded at creating artificial diamonds using carbon-fused quartz and graphite layers that had been compressed into very thin sheets – this is what makes the Russian Lab Created Diamonds unique compared to natural mined diamonds.

In 2008, Russia was unable to produce enough RLD diamonds because of a lack of funding. This led De Beers to buy its production rights for $130 million, and De Beers became the largest producer of Lab-created diamonds. 

In 2008, De Beers produced 3 billion carats worth of Lab-created diamonds. The following year De Beers produced 1 billion carats worth in 2009. In 2013, that number dropped to 600 million carats worth of lab-created diamonds.

The future of lab-created diamonds is highly promising, and we can expect them to be used more in the coming years as technology continues to develop on how to create these stones without mining natural diamonds.

Methods for Producing Synthetic Diamonds

Diamonds are precious and coveted gemstones. Diamonds are mined from the earth, and that being given, the production of lab-made diamonds came to fame because of their many benefits and because they are cheaper. Synthetic diamonds are usually made by heating carbon atoms together under high pressure and temperature, but in this contemporary world, scientists are able to develop other processes.

High-Pressure, High-Temperature

Diamonds are created at high-pressure and high-temperature conditions. In this experiment, aluminium nitride is heated to extreme temperatures to produce a diamond.

Diamond is the hardest natural material on Earth, and it can be used in industrial applications such as cutting tools and drills. This amazing stone can also be used in jewellery and weaponry.

Diamonds are created after an intense process of heating up a nearly pure aluminium nitride powder that is then compressed at pressures exceeding 100,000 atmospheres and furnace temperatures exceeding 15,000 degrees Fahrenheit for 10-30 minutes, depending on the type of diamond being made.

Chemical Vapor Deposition

A chemical vapour deposition (CVD) is a type of experiment that creates thin films of material on a surface. It is a process that uses heat and high pressure to cause reactions between hydrocarbons and other gaseous compounds.

Diamonds are created when carbon atoms in a hydrocarbon are exposed to high-energy electron beams, which will cause their outer shells of electrons to break down, releasing carbon vapour. During the process, dozens of hydrocarbons may react at once, creating a huge cloud of diamond dust that has the ability to be crushed into solid diamonds.

The main advantages of the CVD diamond creation process over traditional methods include less waste and better quality diamonds with lower surface defects such as nitrogen impurities.

Ultrasound Cavitation

Ultrasound cavitation is the creation of bubbles due to ultrasonic waves. Ultrasound cavitation is useful in the production of diamonds, and it is even possible to create a diamond by just scratching carbon with a diamond.

Ultrasound Cavitation has been used in the creation of diamonds, which has been increased to an industrial application. It can power machines that are commonly used in mass production, such as laser cutters and polishing equipment.

Ultrasound Cavitation is a process that atomises liquid into gas bubbles using cavitation ultrasonic waves. This process begins when water or other materials are forced into small bubbles. The ripples around these bubbles create small waves called pressure waves which then collapse against each other, generating a shock wave or high-pressure bubble or “cavity”.


In conclusion, Russian lab-created diamonds are a great option for those looking for a diamond not mined in Africa. They come at lower prices than other types of diamonds, but they are still very costly. If you are interested in buying a Russian lab-created diamond, be sure to do your research first and make sure you are getting a quality diamond.

  • History of Russian Lab Created Diamonds gives out the rationale behind how De Beers S.A. Diamonds became the largest diamond company.
  • Patronise lab-created diamonds more than natural diamonds as they are more Eco-friendly.


How good are Russian lab diamonds as an alternative for jewellery?

With the changing landscape of the market, it is important to know your options and make an informed decision.

Lab diamonds are a common recommendation when someone is getting engaged. Some engagement rings are made with lab diamonds, while others are not. What factors should you take into account before purchasing or wearing a lab diamond ring?

Lab diamonds can be manufactured in various settings and without ethical concerns. Moreover, they are becoming more difficult to distinguish from the real deal.

The Russian lab diamonds are not a viable option for jewellery as they do not provide the same quality as the mined diamonds, and they are also very expensive, so it is worth keeping this in mind. If what you’re looking for is cheaper than natural diamonds and Eco-friendly gemstones, then a lab-grown diamond is a great alternative.

If the production of Russian lab diamonds increases in the succeeding years, will the price of lab-created diamonds decline?

This is an interesting question that has been on the mind of many people. However, it is important to note that the production of Russian lab diamonds has been low compared to other countries.

There are a number of reasons for this low production of Russian lab diamonds. Some say that it was caused by sanctions imposed against Russia due to its involvement in Ukraine. Others say that this is because Russia suffers from a lack of quality diamond mines, which makes Russia look towards producing a cheaper imitation of diamond lab-created stones.

Nonetheless, by applying the concept of demand and supply, the obvious is that, yes, they may decline if such circumstances occur.

What are the reasons that may cause the price of Russian lab diamonds to increase?

The price of Russian lab diamonds is likely to increase in the future due to the following factors:

  1. Russian lab diamonds have excellent value as they are regarded as the best quality diamonds.
  2. Demand for these diamonds has significantly increased due to an increase in the popularity of Russian diamond rings and other jewellery pieces.
  3. The high demand has led to a shortage of supply which will raise their prices and make them a more profitable item for mining companies.