Because of its low mass, strong strength and ability to resist corrosion and decay, titanium found a permanent home in the field of medicine and related disciplines. Titan, which is already the star of such business segments as aerospace equipment, sports equipment, chemistry, automotive and computer industry, has almost hundreds of practical applications in the field of surgery, prosthetics and other medical fields.
Titanium plays a vital role in joint and bone therapy. Metal works well in surgical applications, not only because of its strength, but also because it is extremely durable. Surgical instruments are often made of titanium for the same reasons.
The metal is also biocompatible, which is an important reason for its popularity with the implantation of all kinds. Most natural substances are not suitable for use inside the human body, but titanium does not suffer from rejection by the body. It also does not infect the blood or tissue with which it comes in contact.
The use of tartar and implant procedures were achieved through the use of titanium. Professionals can apply titanium roots directly to patients. jaws and tooth enamel devices for a natural and durable result.
Prosthetic science enjoys the same benefits of titanium as the dental field. Both internal and external prostheses are made of metal throughout life. Prostheses should be both light and strong. In fact, even temporary prosthetic limbs require superior strength and dexterity. When a medical professional requires a device that can withstand wear, provide patient support and weighs very little, titanium is an element of choice.
One of the most common medical uses of titanium is the replacement of bones and joints. As the operation of replacing the hip joint becomes more common, the miracle metal finds a role in the medical world just as important as the one it plays in aerospace engineering. Modern medicine is still finding new uses for titanium. From maxillofacial and craniofacial processing to cardiovascular apparatus, the metal appears to have an infinite number of uses.
One of the reasons that titanium was such a success in the field of sports, technology and medicine, is its high ratio of strength to weight. Just a small amount of a substance can support its own weight many times. Since the Second World War, the aviation industry has taken advantage of this great advantage, which has finally taken up the medical field.
So the next time you find yourself at the dentist or you know that someone is getting a prosthesis or a bone replacement, perhaps you can thank the titan for making the procedure possible.
