We believe no clinicians should have to work in the dark.
PerioView was born out of a necessity to bridge the gap between traditional scaling and invasive surgery.
We believe no clinicians should have to work in the dark.
PerioView was born out of a necessity to bridge the gap between traditional scaling and invasive surgery.
“When periodontal endoscopy first entered dentistry about 20 years ago, it changed the way clinicians could approach disease by allowing us to see beneath the gumline without cutting a gingival flap. As clinicians, we experienced firsthand how powerful true visualization could be in improving diagnosis, precision, and patient outcomes.
Over time, we realized that this technology and its potential for minimally invasive care should not be lost. We believe the profession deserves to continue advancing the concept of visual periodontal therapy. That belief led us to create PerioView.
Our goal was simple: to carry this technology forward and make it more accessible, intuitive, and aligned with the future of minimally invasive periodontal care because if clinicians can truly see disease, they can treat it better.”
Practice Impact
For clinicians, the ability to see changes everything. PerioView allows providers to identify calculus, biofilm, and root irregularities in real time, improving efficiency, reducing guesswork, and enabling more thorough and confident treatment. This leads to greater consistency in care delivery and a higher standard of clinical performance and return on investment.
Patient Impact
Patients benefit from more precise, minimally invasive care that is guided by direct visualization rather than estimation. This results in more targeted treatment, improved comfort, faster healing, and better long-term outcomes, while also building greater trust through transparency in the care process.
Technology Impact
PerioView advances periodontal technology by enabling real-time visualization beneath the gumline, an area traditionally treated without direct sight. By transforming procedures guided by tactile interpretation into ones driven by visual evidence, we improve diagnostic accuracy, enhance treatment precision, and support more predictable clinical outcomes.
