“At Eterneva we celebrate impressive individuals and beloved pets by transforming their ashes into gorgeous diamonds,” says the website of Eterneva. In keeping with tradition, Eterneva makes use of a three-tiered cremation process that involves the use of two levels of heat. The first level of heating surrounds the recipient in super-hot ashes, while the second heat disperses the ash throughout the memorial container. When it comes time to cut the diamonds from these remains, They use diamond cutting equipment which has been patented in the United States.
“Eterneva’s unique diamond technology offers the best solution to the problem of disposing of human remains following a death,” says Dr. Arnold J. Zilberman, Director of the Science and Engineering Department at the University of Miami School of Medicine. “Zilberman notes that this unique lab-grown diamond processing technology may have important implications for the use of human remains in forensic applications and that the technology could someday replace many of the customary methods of cutting diamonds.” What are some other advantages of Eterneva’s service of using memorial diamonds created from cremated remains? According to Dr. Zilberman, “Eterneva’s three-tiered system is both safe and highly effective. During the second stage, the hot ash is gradually cooled by low-energy jets, and diamond crystals are quickly formed. This final step avoids the possibility of fire-related accidents that can be so harmful.”
Another study conducted by researchers at the University of Miami School of Medicine and published in the peer-reviewed Journal of Human Nutrition found that their system had remarkably positive results when it came to successfully process a sample of cremated remains from a patient who had pancreatic cancer. The research team reported that the procedure produced “a high density, tightly rolled diamond that was nearly as smooth as a diamond molecule and about 50 percent finer than a diamond of the same size”. “The formation of this diamond was a remarkable achievement,” said Zilberman, “and further studies are still being completed to determine how this process influences pancreatic cancer.” In conclusion, Dr. Zilberman states, “This procedure seems to hold great promise for the use of human remains in forensic applications and could very well replace the current method of working with cold diamond powder or other forms of capaciousness.” Learn more: https://eterneva.com/science