Lab diamonds offer the ideal way to enjoy real and stunning gems without negatively affecting the environment, providing an alternative to popular synthetic alternatives like cubic zirconia and moissanite lab diamonds vs real diamonds.
Though lab diamond prices continue to drop, it is essential to remember that natural diamonds require more time and resources for discovery.
Primary goal
Lab diamond industry’s primary goal is not producing gemstones; rather it specializes in developing functional diamonds for high tech applications like laser lenses, surgical knives, water purification devices and semi-conductors. Only those that do not meet this standard are cut and polished for sale as diamond gemstones. Their prices tend to be much higher than comparable mined gemstones; therefore a significant proportion of lab grown man made diamonds Parramatta produced do not end up as rings.
Are lab diamonds considered real? Absolutely. Their chemical makeup matches that of natural diamonds and they exhibit similar gemmological properties; what sets them apart is how they were manufactured.
Diamonds, whether created in a laboratory or mined from the earth, remain one of the hardest materials on Earth and will endure for generations. Only another diamond has the strength to scratch their surface.
As with a mined diamond, lab grown diamonds can be identified by their inclusions – while mined stones contain nitrogen for example, lab grown ones won’t. Gemmologists use this signpost as one way to distinguish genuine from faux gems.
Sustainable alternatives to natural diamonds that look just like them at a fraction of the cost. Our best-selling collection of lab created engagement rings featuring moissanite centre stones looks similar to diamonds but comes at much less expense; plus an exquisite range of lab created and earth mined diamond rings in modern yet timeless styles designed for years of love and memory keeping.
Future lab-created diamonds may become indistinguishable from natural diamonds to the naked eye, thanks to high-quality lab diamonds being clear, crisp, and sparkly; with only rare exceptions due to crystal strain caused by excessively rapid growth rates.
Lab diamond has been graded by an independent gemmological laboratory
As long as a lab diamond has been graded by an independent gemmological laboratory, it will pass the four Cs test just like natural diamonds do. There are a few factors to keep in mind; since lab created diamonds don’t come off assembly lines like natural ones do, every stone will have unique characteristics like crystal strain – an inclusion found on some lab stones which affect sparkle and beauty; though most eye clean stones will not suffer this issue.
Keep in mind that while a lab diamond may pass the 4Cs test, its resale value may differ significantly from mined stones due to grading agencies using similar standards when evaluating lab grown diamonds as natural diamonds – like Gemmological Institute of America or International Gemmological Institute. Therefore, any differences in resale values between natural and lab grown diamonds will likely be minimal.
Lab diamonds command
However, lab diamonds command significantly higher resale values than other diamond simulants such as cubic zirconia (CZ). This is because lab diamonds are made of pure carbon with superior 10/10 hardness to CZ. Furthermore, unlike their CZ counterparts, lab diamonds do not cloud due to normal wear and tear as their surface erodes or melts away, while they’re composed of one of the hardest substances ever known – making lab diamonds immune from such wear-and-tear effects.
Conclusion
Jewellers have now become more inclined to sell lab diamonds due to their great value and reduced carbon footprint compared to mined stones; lab diamonds consume only a third of water per carat consumed by mined ones and emit much less carbon emissions.