If you used to be deterred by the high price of diamond, then you don't need them now because scientists have studied how to cultivate diamond! It not only has a high cost-effectiveness, but also avoids the exploitation of manpower during mining and drilling. The technology of lab grown diamond in the laboratory' has been around for many years. lab grown diamond is to simulate the growth environment of natural diamond in the laboratory. A diamond seed is cultivated by HPHT high temperature and high pressure method or CVD chemical deposition method through high temperature and high pressure processing to make it grow continuously. Its chemical, physical, atomic, optical and other characteristics are the same as natural diamond, with the same visual effect, but the price is much cheaper than natural diamond. In 2018, the Federal Trade Commission (FTC) officially announced that diamond grown in the laboratory were real diamond. Matthew Hall, Vice President of the GIA Certification Body Association, also stated that the diamond cultivated in the laboratory are real diamond with the same optical, chemical, thermal, and physical properties.

The luster and color of diamonds are the most exciting, but many people believe that although diamonds are very beautiful, their price is also prohibitive. Therefore, there is a synthetic diamond called "moissanite", which not only has the same appearance as diamonds, but also has a price far lower than diamonds, which has prompted some customers to have a deeper preference for Moussanite. Moissanite, the name derived from Dr. Henry Maussanite. It is also called moissanite and carborundum, and its chemical name is synthetic silicon carbide. Its appearance is similar to diamond, and it is often used as a substitute for diamond. It is also a gemstone with physical properties closest to natural diamonds. Mosang gemstones come from the laboratory, while diamonds come from nature. This difference also leads to a price difference between the two, but this difference does not necessarily affect their popularity in the minds of customers. The appearance of Mausang gemstones is very similar to diamonds, but they also have charming luster and shine. In addition, the price is more affordable, and many consumers also love Mausang gemstones.

Lab grown emerald is based on natural mineral components of emerald as raw materials, simulating natural environments in the laboratory, allowing emerald to recrystallize and generate, with the same composition and gem characteristics as natural emerald. Lab grown emerald to grow in modern laboratories is a product of technological development. It uses "thin slices of grandmother emerald" as the "seed By imitating the high-temperature and high-pressure environment formed by natural emerald, technicians can precipitate the dissolved chemical elements onto the seeds of emerald, ultimately leading to the birth of cultivated emerald. Unlike ordinary artificial gemstones and ordinary green imitations, they are already real gemstones. In the past two years, lab grown emerald has been increasingly recognized and compared with traditional natural gemstones. Lab grown emerald have better optical properties compared to natural emerald, appearing more glossy and bright, without problems such as natural gemstones being prone to fading and internal defects. As a substitute for natural emerald, lab grown emerald not only meets consumers' needs for color and hues, but also reduces costs, is environmentally friendly, and saves selection time. Especially for those who do not like to purchase precious gemstones as jewelry to wear or collect, lab grown emerald is undoubtedly the best choice.