Contemporary Statistics

A dental implant is a fake “root” made from titanium, which is used to support teeth restorations and replace missing teeth. There are a variety of different styles of dental implants on the market, although the majority of them are known as root form endosseous implants. They look very similar to an actual tooth root with a “root form” type structure, and are also placed within the actual bone of the person receiving the implant. For a dental implant to function correctly, the bone of the jaw has to accept and osseointegrate with the titanium post. The osseointegration is an important part of the process and plays a big role in the creation of the look and feel of a natural tooth. Dental implants are widely used across the world, and function by using a titanium implant in order to create the look and feel of a natural tooth.

A common dental implant is made from a screw made from titanium, which is available in a number of different qualities or grades. This titanium is made differently according to the amount of carbon and iron that are contained in the titanium, which is also roughened to create a natural finish. There are four grades of titanium implants in common use, with a fifth grade becoming more common that includes 6% aluminium and 4% vanadium alloy. However, the majority of dental implants use pure titanium products, which are drilled into the jaw bone through specialised hand osteotomes or precision drills. The procedure involved in installing dental implants uses a drill to place the titanium root, with the bone then growing on to the surface of the implant through the process of osseointegration.

Dental implants are also used to support a number of other dental procedures, including implant supported bridges, crowns, and dentures. Before modern dental implants became so common, implants were either blade endosseous implants or subperiosteal implants, both of which had a number of disadvantages over modern titanium dental implants. Dental implants are in common use around the world, and involve drilling into jaw bones to place titanium root structures that are also able to support other dental procedures if needed.