Neoendo NeoEDTA Gel is an advanced chelating agent specifically formulated for use in root canal procedures. This gel serves as an essential tool in endodontics, facilitating the efficient removal of the smear layer and enhancing the overall success of root canal treatments.
Formulated with 17% Ethylenediaminetetraacetic Acid (EDTA) and 10% Carbamide Peroxide in a water-soluble base, Neoendo NeoEDTA Gel aids in the effective dissolution of inorganic components, including the smear layer, facilitating optimal cleanliness and disinfection of the root canal system. The gel formulation provides practitioners with enhanced control during application, ensuring thorough coverage and contact with the canal walls for maximum efficacy.
The chelating action of EDTA in gel form facilitates instrumentation by softening dentin and effectively exposing canal orifices, aiding in the shaping of the canal and ensuring optimal conditions for subsequent steps in the endodontic procedure. Its use also enhances visibility within the root canal, allowing practitioners to better visualize and navigate the canal anatomy for precise instrumentation and effective cleaning. The lubricating action helps minimize the binding of endodontic instruments during chemo-mechanical shaping of canals. Additionally, the carbamide peroxide component releases oxygen, producing an effervescent effect that aids in the easy removal of vital and necrotic pulp tissue remnants, debris, and dentinal flakes.
Key Features :
Formulated with 17% Ethylenediaminetetraacetic Acid (EDTA) and 10% Carbamide Peroxide in a silica-free, water-soluble base.
Indicated for chelating, lubricating, and debridement (cleaning and smear layer removal) of canals during chemical and mechanical root canal preparation.
Aids in the effective dissolution of inorganic components and the smear layer for optimal cleanliness and disinfection of the root canal system.
Enhances visibility within the root canal, supporting precise instrumentation and effective cleaning.
Facilitates instrumentation by softening dentin and exposing canal orifices, assisting in canal shaping.
