Before selecting a titanium knee replacement or a ceramic knee replacement a background check of the products and the knee implant manufacturers needs to be done.
Ceramic knee implants.
The metal free bpk s ceramic total knee replacement system proved to be a safe and clinically efficient alternative to metal implants in this short term follow up study.
Stainless steel is rarely used in knee replacement implants because it is prone to corrosion in the human body.
The result is a long lasting strong and natural feeling implant.
Oxinium for hip and knee replacement is a metal alloy material with a ceramic surface using a patented process.
The review check and the ratings will further ensure that the right product is being chosen before going ahead with the knee replacement surgery.
Advanced total knee oxidized zirconium ceramic surface.
Several manufacturers make knee implants and there are more than 150 designs on the market today.
It also rides on a plastic spacer.
This type uses a ceramic femoral component instead of metal or a metal component with a ceramic coating.
Types of knee replacement implants.
However in very rare cases ceramic joint prostheses can shatter under heavy pressure and the pieces must be removed by surgery.
Implants are made of metal alloys ceramic material or strong plastic parts.
This type uses a ceramic femoral component instead of metal or a metal component with a ceramic coating.
Trevor north orthopedic surgeon most surgeons use one style.
People who are sensitive to the nickel used in metal implants might get the ceramic type.
People who are sensitive to the nickel a component in metal implants might get the ceramic knee replacement.
Plastic particles from this type of implant also can lead to an immune reaction.
Plastic particles from this type of implant also can lead to an immune.
Ceramic parts are the least likely to react with the body.
It also rides on a plastic spacer.
The oxidized zirconium ceramic surface is a first of its kind knee replacement that combines the stability and natural motion of the human knee with new low friction materials.
Up to three bone surfaces may be replaced in a total knee replacement.
Oxinium has proven to be a superior metal for use in hip and knee implants due to its reduced friction and increased resistance to scratching and abrasion.