Vacuum Plasma Treatment of Dental Implants for Photofunctionalization

Vacuum Plasma Treatment of Dental Implants for Photofunctionalization

Dental implants are occasionally made using a surface modification method called vacuum plasma therapy. The procedure entails placing the implant's surface in a vacuum chamber before hitting it with plasma, a highly energetic gas that has been ionized.

The plasma changes its chemical and physical makeup of the implant surface, enhancing osseointegration and biocompatibility (the process by which the implant fuses with the surrounding bone tissue). In particular, the plasma therapy can increase the implant's surface energy, which can improve its capacity to solidly bind to bone tissue.

According to studies, dental implants treated with vacuum plasma had better long-term success rates and osseointegration than untreated implants. It is crucial to remember that numerous other elements, such as the patient's general health, the calibre of the bone tissue, and the expertise of the dental professional placing the implant, can also influence the outcome of a dental implant.