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The history of lab-grown diamonds & how technology has evolved

2023-12-06 01:32:36
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Introduction

Diamonds are considered one of the most potent and precious minerals on earth, which is why they are one of the most sought-after stones worldwide. However, due to the difficulty of mining these diamonds, most jewelry companies have switched to lab-grown diamonds due to the advancement of technology wherein a specific size of the diamond can now be made inside a laboratory in a timelier manner. One of the most well-known jewelry companies in the world that makes lab-grown diamonds is Rare Carat, which sells both lab-grown and natural diamonds. In their stores, they have a wide variety of diamonds that suit the different tastes of their customer. Whether for engagement, or any special occasion they can fully customize the preferred diamond of their clients plus they also give free lessons on how to authenticate diamonds and even offer Lab Grown Diamonds: Complete Buying Guide of Lab Diamonds | Rare Carat.  

 Brief History of Lab-Grown Diamonds

The popularity of lab-grown diamonds over the years has significantly disrupted the traditional way of buying and selling diamonds in the jewelry industry since these lab-grown diamonds are considered to be less expensive and can be made faster. Plus they can still have the same physical, chemical, and optical characteristics that can be seen in a natural diamond. Lab-grown diamonds were first made during the 1950s. However, at that time there were still a lot of imperfections that did not resemble a natural diamond which is why it took decades and years of research before able to create a lab-grown diamond that can be seen in today's market. In the past when the technology is still limited scientists tried to make lab-grown diamonds by simply subjecting small crystal seeds to temperatures between 1,600º C (2,912º F) and pressuring them with 100,000 atm.

 With these processes, early scientists believed that they would be able to dissolve the graphite and be able to accelerate the transformation of graphite into diamonds, wherein it had been successful but the resulting product has not been with the jewelry company standard since they are roughly small making it unable to be placed on other kinds of jewelry. In 1971 another method was added to be able to create a perfect diamond, the process involves having a tube that would directly focus heat and pressure into the graphite that is much bigger resulting in a bigger diamond although it was a successful process it became very expensive, and the limited technology has prevented it from being used commercially. Upon entering the year 2000 when technology has rapidly evolved the use of laser technology with the combination of high pressure and temperature methods, scientists have been able to successfully create full-size lab-grown diamonds.

Advancement of Technology, Lab-grown Diamonds

 Since the technology being used to create lab-grown diamonds has significantly evolved, especially the process of making wherein it had been cheaper and more time efficient, one of the most known modern processes today is chemical vapor deposition or CVD, wherein carbon gas heats up a diamond seed chamber that causes the carbon to stick to the seed and be able to grow into a large diamond. This process gives scientists more control over the temperature and pressure giving them the ability to fully create the physical, chemical, and optical characteristics of a natural diamond. By doing these processes it can create a wide range of diamonds whether 3-carat or 4-carat diamonds they can now be lab-grown unlike in the past wherein there is danger and ethical concerns when it comes to mining diamonds in foreign countries. At first, the open market was hesitant to accept and purchase lab-grown diamonds because they can be seen as synthetic and sometimes even imitations of real diamonds. 

 But due to the rise of modern technology and social media, lab-grown diamonds have become the new trend when it comes to diamonds especially now that there is a Complete Buying Guide of Lab Diamonds Rare Carat, the 3-carat diamond may vary from $28,000 to $121,000 and 4-carat diamond may vary from $41,000 to $131,000 it had become significantly easier for consumers to purchased and accept lab-grown diamonds are the future of the jewelry industry. Overall, without the advancement of technology, lab-grown diamonds would not be as popular and profitable in today's modern society.

The history of lab-grown diamonds & how technology has evolved

902.4k
2023-12-06 01:32:36


Introduction

Diamonds are considered one of the most potent and precious minerals on earth, which is why they are one of the most sought-after stones worldwide. However, due to the difficulty of mining these diamonds, most jewelry companies have switched to lab-grown diamonds due to the advancement of technology wherein a specific size of the diamond can now be made inside a laboratory in a timelier manner. One of the most well-known jewelry companies in the world that makes lab-grown diamonds is Rare Carat, which sells both lab-grown and natural diamonds. In their stores, they have a wide variety of diamonds that suit the different tastes of their customer. Whether for engagement, or any special occasion they can fully customize the preferred diamond of their clients plus they also give free lessons on how to authenticate diamonds and even offer Lab Grown Diamonds: Complete Buying Guide of Lab Diamonds | Rare Carat.  

 Brief History of Lab-Grown Diamonds

The popularity of lab-grown diamonds over the years has significantly disrupted the traditional way of buying and selling diamonds in the jewelry industry since these lab-grown diamonds are considered to be less expensive and can be made faster. Plus they can still have the same physical, chemical, and optical characteristics that can be seen in a natural diamond. Lab-grown diamonds were first made during the 1950s. However, at that time there were still a lot of imperfections that did not resemble a natural diamond which is why it took decades and years of research before able to create a lab-grown diamond that can be seen in today's market. In the past when the technology is still limited scientists tried to make lab-grown diamonds by simply subjecting small crystal seeds to temperatures between 1,600º C (2,912º F) and pressuring them with 100,000 atm.

 With these processes, early scientists believed that they would be able to dissolve the graphite and be able to accelerate the transformation of graphite into diamonds, wherein it had been successful but the resulting product has not been with the jewelry company standard since they are roughly small making it unable to be placed on other kinds of jewelry. In 1971 another method was added to be able to create a perfect diamond, the process involves having a tube that would directly focus heat and pressure into the graphite that is much bigger resulting in a bigger diamond although it was a successful process it became very expensive, and the limited technology has prevented it from being used commercially. Upon entering the year 2000 when technology has rapidly evolved the use of laser technology with the combination of high pressure and temperature methods, scientists have been able to successfully create full-size lab-grown diamonds.

Advancement of Technology, Lab-grown Diamonds

 Since the technology being used to create lab-grown diamonds has significantly evolved, especially the process of making wherein it had been cheaper and more time efficient, one of the most known modern processes today is chemical vapor deposition or CVD, wherein carbon gas heats up a diamond seed chamber that causes the carbon to stick to the seed and be able to grow into a large diamond. This process gives scientists more control over the temperature and pressure giving them the ability to fully create the physical, chemical, and optical characteristics of a natural diamond. By doing these processes it can create a wide range of diamonds whether 3-carat or 4-carat diamonds they can now be lab-grown unlike in the past wherein there is danger and ethical concerns when it comes to mining diamonds in foreign countries. At first, the open market was hesitant to accept and purchase lab-grown diamonds because they can be seen as synthetic and sometimes even imitations of real diamonds. 

 But due to the rise of modern technology and social media, lab-grown diamonds have become the new trend when it comes to diamonds especially now that there is a Complete Buying Guide of Lab Diamonds Rare Carat, the 3-carat diamond may vary from $28,000 to $121,000 and 4-carat diamond may vary from $41,000 to $131,000 it had become significantly easier for consumers to purchased and accept lab-grown diamonds are the future of the jewelry industry. Overall, without the advancement of technology, lab-grown diamonds would not be as popular and profitable in today's modern society.

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