There have been numerous studies released that tout the lack of issues within all ceramic hip replacement devices.
Ceramic on ceramic hip replacement.
Ceramic on ceramic is a good combination with longevity and reliability.
In these hip joints the traditional metal ball and polyethylene liner are replaced by a high strength ceramic bearing that has the reputation for ultra low wear performance.
In fact the only thing harder than aluminium oxide is diamond.
Ceramic on ceramic hip replacements have life expectancies that exceed that of the traditional hip replacements.
Ceramic on ceramic hip prostheses are an increasingly popular choice for hip replacement.
The type of ceramic used in hip replacements is an oxide of a metal oxide ceramics and specifically alumina ceramic and zirconia ceramic.
Because they re designed to be long lasting ceramic on ceramic hip replacements are ideal if you want to continue an active lifestyle without the worry of your prosthesis wearing out.
Many surgeons today consider them to be an improvement over traditional metal and plastic implants in which the deterioration of plastic can lead to the gradual buildup of debris around the joint.
Ceramic hip implants are among the newer types of prostheses being used for hip replacement offering greater resistance to damage and smooth movement of the joint.
The clinical use of ceramic as a bearing surface dates back to the early 1970s.
They do not have any biological adverse effects or allergic responses for example.
The ceramics used in hip replacement surgery are alumina ceramic and zirconia ceramic.
Ceramic on ceramic hip replacements are an improvement on traditional hip replacements for a number of reasons.
The type of ceramic used in total hip replacement today is aluminum oxide also known as alumina.
Some of the benefits to a ceramic on ceramic hip replacement solution include.
Ceramic on ceramic seems to be the golden child for hip replacement devices for the fast few years.
This hardness provides ceramic hip replacements with an extremely smooth surface making them much less prone to wear.
These are some of the hardest substances known with only diamond being harder than aluminum oxide ceramics.
The alternative bearing couples such as metal on polyethylene and metal on metal are more inclined to wear and produce particulate debris.
Ceramic on ceramic hip replacements are usually only available on a private basis.