What key benefit does the CO2 laser provide in peri-implant therapy?

The CO2 laser offers a significant advantage in peri-implant therapy through its effective decontamination properties. When employed in this context, the laser produces a high-energy beam that can target and eliminate harmful bacteria and biofilm from the surfaces of dental implants. This decontamination process is crucial in treating peri-implantitis, as the presence of pathogens can lead to inflammation and bone loss around the implants.

Moreover, the precision of the CO2 laser allows for minimal thermal damage to the surrounding tissues, helping to preserve the integrity of the soft tissues while promoting a healing response. This targeted approach enhances the overall outcomes of peri-implant therapy, making it an invaluable tool for clinicians working to restore health to peri-implant sites.

Other options, such as increased discomfort or melting of the implant surface, go against the intended use and benefits of the CO2 laser, emphasizing its safety and efficacy in dental treatments. Similarly, while the CO2 laser may contribute to enhanced pain management through its gentle and precise application, the primary and most recognized benefit in the context of peri-implant therapy is its capacity for effective decontamination.