Eliminates metal ion problem and sizes available for women and small men.
Ceramic hip resurfacing.
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.
While it s not uncommon for older people to get total hip replacements doctors now often go with hip resurfacing implants for.
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.
An alternative to the metal on metal hip resurfacing devices.
The ceramic used in the h1 is the same material used for the ball head in most hip replacements in the world today.
The ceramic hip could last more than 20 years.
Unlike traditional hip replacement hip resurfacing doesn t completely replace the ball of the hip with a metal or ceramic ball.
It includes a safety study followed by an efficacy study.
Instead the bone is reshaped and capped with a metal prosthesis.
Brian 52 weeks post operation koen de smet 27th june 2019 re cerf johannesburg 12 month x ray 12 month update i m now 12 month post operation as i write this and i am walking cycling and exercising.
Dr koen de smet ceramic left hip resurfacing johannesburg june 2019.
Ceramic hip resurfacing is similar in design to traditional metal hip resurfacing however the implant is manufactured from the ceramic commonly used in many conventional total hip replacements.
The h1 ceramic hip resurfacing implant.
The h1 hip resurfacing implant is made from ceramic and designed to fit the contours of both male and female hips so may avoid the problems seen with metal hip resurfacing.
The details provided are of general nature only and.
This information has been written by a prof patrick weinrauch for the purposes of patient education.
The hip socket is fitted with a metal cup.
Recerf new ceramic on ceramic hip resurfacing device.
As these metal surfaces rub together there is the potential for wear and release of metal ions.