Description: Avue Prep Syringe EDTA is a chelating agent specifically formulated for use in endodontic procedures. Meticulously designed, this syringe delivers a solution of Ethylenediaminetetraacetic acid (EDTA), aiding in the effective and efficient chelation of dentin and smear layer removal during root canal preparation.
Key Features:
EDTA Chelating Agent for Dentin Chelation: Avue Prep Syringe features EDTA as the active chelating agent. EDTA plays a crucial role in chelating dentin, helping to dissolve and remove inorganic components, facilitating effective cleaning of the root canal walls.
Syringe Delivery System for Precise Application: The syringe delivery system allows for the precise application of EDTA within the root canal. This targeted delivery ensures that the chelating agent reaches the desired areas, optimizing its effectiveness in smear layer removal and dentin conditioning.
Convenient Single-Use Syringe for Hygiene: Avue Prep Syringe is designed for single-use, promoting hygiene and minimizing the risk of cross-contamination. The convenient pre-filled syringe simplifies the application process, ensuring a sterile and controlled environment during endodontic procedures.
Benefits:
Effective Smear Layer Removal with EDTA: The inclusion of EDTA in Avue Prep Syringe contributes to effective smear layer removal. The chelating action of EDTA aids in dissolving inorganic components, allowing for thorough cleaning of the root canal walls and facilitating optimal adhesion of sealers and obturation materials.
Precise Application for Targeted Treatment: The syringe delivery system enables precise application, ensuring that the chelating agent is applied directly to the targeted areas within the root canal. This precision enhances the efficacy of the chelation process, promoting thorough dentin conditioning.
Single-Use Design for Hygienic Procedures: The single-use design of the syringe promotes hygiene in endodontic procedures. Dental practitioners can confidently use the pre-filled syringe for each patient, minimizing the risk of contamination and maintaining a sterile working environment.
