EndoColibri
The Revolutionary Irrigation System for Endodontics
The Future of Root Canal Treatment Begins Now
The EndoColibri combines innovation, efficiency, and precision to ensure thorough cleaning of the root canal system. Specifically developed for endodontics, this instrument elevates your root canal irrigation to an entirely new level.
Innovation Inspired by Nature
Precision to the Apex
Just like the delicate beak of a hummingbird, the EndoColibri irrigation system effortlessly reaches the apex of the root canal. Its ultra-fine suction tip precisely delivers the irrigating solution to the apex, ensuring an effective fluid exchange.
3 Technologies in One System
Integrating three advanced and revolutionary technoloies
By utilizing sonic or ultrasonic activation, it optimizes the well-established Apical Negative Pressure (ANP) technique, resulting in even more efficient cleaning. Additionally, the innovative Negative Shock Wave Technology significantly enhances these proven technologies.
Apical Negative Pressure Irrigation (ANP)
Apical negative pressure irrigation utilizes vacuum suction through a microfine cannula, effectively drawing out irrigating fluid to reach even the most difficult-to-access apical areas. Numerous studies have recognized this technique as one of the most effective methods for root canal cleaning.
Activated Sonic/Ultrasonic Irrigation
By activating the irrigating solution with sonic or ultrasonic energy, even the finest tissue remnants and debris are removed from hard-to-reach areas. The continuous movement of the fluid significantly enhances its cleaning power.
Negative Shock Wave Technology
The EndoColibri’s innovative patented dual-cannula design generates shock waves when the instrument is inserted and slightly withdrawn. These waves are created by sudden negative pressure, enabling superior cleaning performance in areas that are otherwise difficult to reach, such as lateral canals and isthmuses.
The EndoColibri offers highly efficient cleaning of the complex root canal system, surpassing conventional methods.
Animation by Prof. Marco A. Versiani