![]() Apparently the guy needed surgery on his shoulder and convinced his surgeon to use obsidian. He said he was going to look into seeing if he couldn't get even sharper scalpels.Īlso, did anyone see the article in one of the knife mags about the flint knapper who made a set of scalpels from obsidian for his surgeon. He was very impressed and always thought scalpels were some of the sharpest blades available. ![]() I explained that I reprofiled the edge of the knife to make the edge thinner and blend better with the primary grind of the blade. He was somewhat of a knife collector and was rather interested in how I got my knives that sharp. He said he could tell under the microscope by how clean the edges of the cuts were compared to his scalpels. This is because on cellular level, obsidian knife cuts between cells rather than tearing it in case of a steel knife, hence, a sharper cut allows the wound to heal more easily with negligible scarring.I was told by the microsurgeon that worked on my hand that the knife blade that cut my fingers was a lot sharper than his scalpels. Research also confirms that incisions carried out with obsidian produce narrower scars and fewer inflammatory cells. “For studies where trace metals from ordinary scalpel blades cannot be tolerated, these very special obsidian scalpels may provide the answer,” says the obsidian manufacturing company from Germany. Nevertheless, this special type of volcanic glass can also be used as an alternative material for surgical scalpel blades for patients who are allergic to steel or metal. They are not approved by the Food and Drug Administration (FDA) in the USA as the blade is very thin, surgeons must be careful to only cut soft tissues as scraping a bone could result in breakage which may leave obsidian flakes inside the patient. Obsidian scalpels are also very expensive as compared to steel scalpels and can be extremely brittle if lateral forces are applied. While the Stone Age blade does the job very efficiently, it is not for everyone as using it requires high level of expertise and cautiousness. “Under the microscope you could see the obsidian scalpel had divided individual cells in half, and next to it the steel scalpel incision looked like it had been made by a chainsaw” “It is very sharp and very smooth at the microscopic level.” Green said. At 30 angstroms - a unit of measurement equal to one hundred millionth of a centimeter - an obsidian scalpel can beat diamond in the fineness of its edge. Well-crafted obsidian blades made out of black volcanic glass has a cutting edge 100 times sharper and unbelievably smoother under an electron microscope as compared to the high-quality steel surgical scalpels and metal knives with jagged blades. “The biggest advantage with obsidian is that it is the sharpest edge there is, it causes very little trauma to tissue, it heals faster, and more importantly, it heals with less scarring,” says Green. Lee Green, professor and chairman of the Department of Family Medicine at the University of Alberta, confirmed using obsidian blades on regular basis for removing moles and repairing torn earlobes. A handful of surgeons are benefiting themselves by using them for fine incisions that they say heal with minimal scarring.ĭr. Believe it or not, but the sharpest knives produced lately are mounted with stone flakes made of obsidian. Interestingly, Stone Age blades are still used for cutting in modern surgery. It is formed as an extrusive igneous rock and was used in the past in cutting and piercing tools. Obsidian, which is a naturally occurring volcanic glass, is known to be one of the sharpest materials found in nature. While there is still enough conjecture about the mystery holes in the skull that apparently worked as aspirin to cure everything from epilepsy to migraines in Neolithic times, what remains relevant today is the substance used to carry out the primitive surgery. Have you ever wondered if ancient technology is still relevant to MedTech today? Let us surprise you!
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