Gemstones that are synthetically manufactured in the labs are created using the identical constituents and compositions as their natural counterparts. The variety of items possesses the same chemical, physical and optical properties as those mined from the earth’s crust. Moreover, the artificial range comes with fewer flaws, lighter carbon footprint and cost much lesser, too.
Gemstones when used in jewelry contribute to making the latter more colorful, romantic and personal as well. The range of precious gemstones certainly reveals the worldly prosperity of a wearer. However, since the historic times, only a handful of folks could afford these priceless items. Thanks to the advent of technology, synthetic gemstones are easily affordable for everyone, including the lesser mortals.
Manufacturing of synthetic gemstones is done through processes similar to what the nature does inside the earth’s crust over millions of years. Moreover, it takes very short period of time and a fraction of mining cost to manufacture the products. The difference between the two varieties is so marginal that even seasoned jewelers often fail to distinguish between the two without using those sophisticated tools and gadgets.
The actual difference between the two categories of gems lies in degrees of inclusions. The natural variety invariably comes with lots of inclusions, resulting from the crystallization process. Gases and other minerals present during the molten stage of the would-be crystal result into formation of the inclusions. Whereas, the synthetic variety is manufactured in a steady, controlled process, the number of inclusions in these is much fewer.
The craze to buy lab-created gemstones is steadily rising across the market. There are many proficient manufacturers across this sector, which are capable of delivering premium range of synthetic gems at unbelievably reasonable price. The assortment of merchandise never taxes the nature in the way mining of natural gemstones does. In fact, introduction of the range of products has redefined prospect for the jewelry industry. These products have extensive application across a number of domains including communications technology, optometry, laser technology and others.