“These days, the dental profession should be saving more teeth than ever—not fewer. The GentleWave® System’s ability to predictably clean complex canal anatomies while significantly preserving more dentin makes saving teeth a no-brainer. Add in greatly improved techniques for restoring and bonding, and you see a true paradigm shift, as the clinician’s treatment of choice returns to preservation of the natural dentition.”
Breakthrough Technology for a New Level of Clean.
At Sonendo, we believe it is time to rethink clean. We believe that standard root canal treatment needs to be more than improved upon—it needs to be completely reimagined.
Standard root canal treatment, for example, requires a number of different instruments and a number of laborious steps—and still cannot reach throughout the complex anatomies that make up a root canal system.2 Sonendo recognized the need for a new way, one that removes bacteria and potentially reduces the need for retreatments over time—and delivers incredible cleaning and disinfection in just one treatment session.1 Multisonic Ultracleaning™ technology is the result.
Multisonic Ultracleaning™ Technology: Maximum Results. Minimal Instrumentation.
The product of years of research and development, Multisonic Ultracleaning™ technology, found in both our Molar and Anterior/Premolar Procedure Instruments, represents an entirely new way of thinking about root canal therapy. Closed-loop Multisonic Ultracleaning technology eliminates nearly all of the instrumentation found in standard therapies—in doing so, it reaches deep into lateral canals and microscopic tubules to remove tissue, debris, biofilm and bacteria.2 In addition it helps preserve the integrity of the tooth2 by leaving dentin intact.
The result is more thorough, more effective cleaning that potentially helps reduce the need for retreatments over time.1 Bacteria that would have been left behind—and allowed to spread post-treatment—are removed, and the structure of the tooth is maintained.2 The Multisonic Ultracleaning difference has been demonstrated in numerous case studies and publications.