The durability of ceramic hip replacement systems makes them an increasing popular choice for younger and more active artificial hip recipients.
Ceramic joint replacement.
Of the two types of ceramic systems ceramic on polyethylene and ceramic on ceramic the latter represents the implant with the least amount of wear to the surfaces.
Total hip replacement surgery is among the most successful procedures performed by orthopedic surgeons.
Ceramic parts are the least likely to react with the body.
However ceramic joint prostheses can make a squeaking noise when you walk.
It provides both immediate and long term relief to persons suffering severe hip arthritis hip osteonecrosis or other complex hip problems.
The femoral and.
Safe in terms of metal ion release 1 2.
Orthopedic urgent care at oal.
No known risk of allergy 3.
The older types of artificial joints that have been used for many years are not free from issues such as loosening premature wear and instability either and one would think newer devices would aim to be an improvement over the old.
The femoral and tibial components are both made of ceramic.
Ceramic hip replacement surgery requires an experienced surgeon as placement variance by one or two degrees can significantly affect the results of the implant.
Don t get me wrong.
Ceramic hip joint replacement surgery complications.
Ceramic on polyethylene is currently the most popular hip replacement material representing 50 6 of all hip replacement cases back in 2014.
Patients understand the risks that metal joints and sockets bring to their long term health and are moving away from the material.
The stiffness and hardness of biolox delta ceramic are in the range of alumina whereas its flexural strength is almost twice as high.
This composite ceramic was developed to overcome the disadvantageous aging of zirconia and the relatively low fracture toughness of alumina.
In rare cases they can shatter under heavy pressure into pieces that must be removed by surgery.
More than 40 years of experience in ceramic hip replacement components.