Ammdent Cito Cid Citric Acid EDTA (Chelating Agent) - 1 x 10 ml

Description: Ammdent Cito Cid Citric Acid EDTA is a sophisticated chelating agent, meticulously formulated to enhance the efficiency of root canal procedures. This advanced solution combines the properties of citric acid and ethylenediaminetetraacetic acid (EDTA) to offer dentists a versatile and effective tool for optimal chelation during endodontic treatments.

Key Features:

1. Dual-Action Chelation: Cito Cid features dual-action chelation, leveraging the benefits of citric acid and EDTA. This synergistic combination, validated through endodontic research, ensures effective removal of the smear layer and facilitates thorough cleaning of the root canal system.

2. Optimal pH Balance: The chelating agent maintains an optimal pH balance, preventing undue aggression to dentin while maximizing its chelating efficacy. This pH balance, supported by pH studies, contributes to the safety and effectiveness of the chelation process.

3. Enhanced Lubrication: Cito Cid provides enhanced lubrication during instrumentation, minimizing friction and aiding in the shaping of the root canal. This lubricating property, acknowledged in endodontic literature, improves the overall efficiency of the chelation and shaping processes.

Benefits:

1. Effective Smear Layer Removal: The dual-action chelation ensures effective removal of the smear layer, promoting a clean root canal environment. Research studies substantiate Cito Cid's efficacy in achieving thorough chelation and optimizing the conditions for subsequent procedures.

2. Preservation of Dentin Integrity: The optimal pH balance safeguards dentin integrity during chelation, preventing unnecessary damage to the tooth structure. This balance is crucial for maintaining the structural soundness of dentin throughout the root canal treatment.

3. Efficient Root Canal Shaping: The enhanced lubrication provided by Cito Cid contributes to efficient root canal shaping. Dentists benefit from improved instrument maneuverability, reducing the risk of file binding and ensuring a smoother shaping process.