Rident Calstar Plus Calcium Hydroxide Pastes

Description: Rident Calstar Plus Calcium Hydroxide Pastes are a sophisticated solution designed for effective root canal treatment and endodontic therapy. Crafted by Rident, a distinguished name in dental materials, Calstar Plus combines the proven benefits of calcium hydroxide with an advanced paste formulation, providing clinicians with a reliable tool for intracanal medicament applications.

Key Features:

1. High Purity Calcium Hydroxide: Calstar Plus features high-purity calcium hydroxide, a well-established material in endodontics known for its antimicrobial properties and ability to promote tissue repair. This ensures a potent and reliable intracanal medicament for various endodontic procedures.

2. Advanced Paste Formulation: The paste formulation of Calstar Plus is engineered for optimal handling and placement within the root canal system. Clinicians benefit from easy application, allowing for precise and controlled delivery of the medicament to the target areas.

3. Extended Release of Hydroxyl Ions: Calstar Plus is designed to provide an extended release of hydroxyl ions, contributing to sustained antimicrobial activity and promoting the formation of a favorable environment for periapical healing. This feature supports the success of root canal treatments.

Benefits:

1. Antimicrobial Efficacy: The high-purity calcium hydroxide in Calstar Plus exhibits potent antimicrobial efficacy, helping eliminate residual bacteria within the root canal system. This is crucial for reducing the risk of reinfection and supporting the success of endodontic therapy.

2. Precise Application: The advanced paste formulation ensures precise application of Calstar Plus within the root canal. Clinicians can confidently place the medicament in targeted areas, promoting thorough coverage and maximizing its therapeutic benefits.

3. Tissue Repair and Periapical Healing: The extended release of hydroxyl ions supports tissue repair and periapical healing. Calstar Plus creates an environment conducive to the regeneration of periapical tissues, contributing to positive outcomes in endodontic treatments.