Odne provides a hydro‑dynamic cavitation irrigation system for root‑canal therapy that generates a sterile‑water vapor cloud of collapsing microbubbles to physically dislodge debris and disrupt biofilm in complex canal anatomy. The technology works with a flexible 190 µm tip and minimal shaping (ISO 20.04), delivering cleaning performance comparable to ultrasonic‑activated sodium hypochlorite while fitting into existing dental workflows.
Funding
$5.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
ZVFounders
Product
Problem
Conventional root canal irrigation relies on manual instruments and chemical solutions that often cannot reach the intricate anatomy of narrow canals, isthmuses, and the apical third, leading to incomplete removal of biofilm and debris.
Solution
Odne offers a hydro‑dynamic cavitation system that generates a vapor cloud of rapidly collapsing microbubbles. These micro‑jets physically dislodge debris and disrupt biofilm using sterile water, achieving cleaning performance comparable to sodium hypochlorite activated with ultrasonic devices. The technology works with a highly flexible 190 µm tip and requires minimal canal shaping (ISO 20.04), allowing the vapor cloud to stay ahead of the tip without ledging. By opening dentinal tubules, Odne enhances the penetration of the final NaOCl rinse, supporting more predictable and thorough canal preparation. The system is compact, easy to set up, and designed for seamless integration into routine root‑canal therapy workflows.
Target Audience
Primary customers are endodontists and general dental practices that perform root‑canal therapy and seek more reliable, efficient irrigation solutions.
Features
- Hydro‑dynamic cavitation creates microbubble jets that navigate complex and curved canal structures, including narrow isthmuses and the apical third
- Sterile‑water vapor cloud provides physical disruption of biofilm and debris with efficacy comparable to ultrasonic‑activated NaOCl
- Minimal canal shaping (ISO 20.04) with a 190 µm flexible tip prevents ledging while maintaining effective cleaning depth
- Enhances final NaOCl rinse by opening dentinal tubules for deeper irrigant penetration in critical apical regions
- Compact footprint and straightforward setup for easy integration into existing endodontic treatment protocols
- Supports improved filling outcomes by better cleaning of hidden canal anatomy, as demonstrated in independent case data