Clinical Overview
Ti-Core Auto E Build Up Material is a dual-cure composite material designed for dental applications, particularly for core build-up procedures. It is supplied in an auto-mix syringe format, ensuring consistent mixing and application. The material is formulated to provide strength and durability, making it suitable for use in various clinical scenarios.
Key Benefits
- Ease of Use: Auto-mix syringes facilitate accurate dispensing and mixing of the material.
- Dual-Cure Technology: Allows for both light and self-curing, enhancing versatility in application.
- Strength and Durability: Provides a robust foundation for restorations, ensuring longevity.
- Compatibility: Suitable for use with a variety of dental substrates and restorative materials.
- Efficient Application: Includes mixing and intraoral tips for streamlined procedures.
Kit Contents
- Refer to packaging for exact contents and sizes.
Working & Setting Times
- Working: The material allows for a manageable working time, enabling precise placement and adjustments.
- Setting: Dual-cure properties ensure effective setting under various light conditions.
Indications
- Core build-up for endodontically treated teeth.
- Restorative procedures requiring a strong foundation.
- Applications where dual-cure properties are advantageous.
- Repair of damaged or fractured teeth.
- Use in conjunction with other restorative materials.
Instructions for Use
- Prepare the tooth surface and ensure it is clean and dry.
- Attach the mixing tip to the auto-mix syringe.
- Dispense the material onto the prepared surface, ensuring even coverage.
- Use the intraoral tips for precise application as needed.
- Cure the material using an appropriate light source if required, or allow for self-curing.
Summary
Ti-Core Auto E Build Up Material is an effective solution for core build-up procedures in dentistry. Its dual-cure capabilities, combined with ease of use and strong performance characteristics, make it suitable for a variety of clinical applications. The product is designed to enhance the efficiency of restorative procedures while ensuring reliable outcomes.
