Modern periodontal and peri-implant therapy is increasingly guided by biologically driven, minimally invasive principles aimed at effective biofilm disruption while preserving hard and soft tissues. The integration of piezoelectric instrumentation and air-polishing technologies allows clinicians to tailor biofilm management strategies according to the specific clinical indication.

This CE webinar will describe the application of thin piezoelectric instrumentation for minimally invasive non-surgical periodontal therapy. The role of subgingival air polishing in the management of peri-implant mucositis will be discussed, with an emphasis on effective biofilm disruption while preserving implant surface integrity. In more advanced peri-implant disease, supra- and submucosal air-polishing approaches will be illustrated as part of a structured therapeutic protocol.

Through clinical cases and protocol-based workflows, the webinar will demonstrate how the appropriate selection and integration of these technologies, guided by biological rationale and disease severity, can enhance precision, tissue preservation, and long-term periodontal and peri-implant stability.

During this CE webinar, we will
• Describe the rationale for integrating piezoelectric instrumentation and air-polishing technologies into modern periodontal and peri-implant therapy
• Identify the appropriate clinical indications for piezoelectric instrumentation and supra- and subgingival air polishing in the management of periodontal disease, peri-implant mucositis, and more advanced peri-implant conditions
• Apply minimally invasive, biologically driven biofilm management protocols designed to improve decontamination while preserving periodontal tissues and implant surfaces   ( disclaimer, bio and commercial disclosure )