Thomas Reamers 31mm #50 Stainless Steel

Clinical Overview

The Thomas Reamers 31mm #50 Stainless Steel is designed for precision reaming in dental procedures. Its unique blade geometry, featuring a square section and a twisted design, enhances cutting power while maintaining flexibility. The small helix angle and conicity of 2% contribute to its effectiveness in various clinical applications.

Key Benefits

• Enhanced Cutting Power: The twisted blade design provides superior cutting efficiency.
• Flexibility: The reamer's construction allows for adaptability in various clinical scenarios.
• Precision Engineering: The small helix angle ensures accurate reaming with minimal risk of damage to surrounding tissues.
• Durable Material: Made from stainless steel for longevity and reliability in clinical use.
• Optimized Conicity: The 2% conicity aids in achieving precise canal shaping.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: Designed for efficient reaming in dental procedures.
• Setting: Not applicable.

Indications

• Reaming of root canals in endodontic procedures.
• Preparation of canals for filling materials.
• Shaping of dental cavities for restorative procedures.
• Facilitating access to difficult-to-reach areas in dental treatments.

Instructions for Use

1. Prepare the dental area and ensure all necessary instruments are available.
2. Select the appropriate Thomas Reamer based on the clinical requirement.
3. Insert the reamer into the canal and apply gentle pressure while rotating.
4. Monitor the progress and adjust the angle as necessary to maintain precision.
5. After reaming, inspect the canal for adequate shaping before proceeding with filling.

Summary

The Thomas Reamers 31mm #50 Stainless Steel is a clinically effective tool for endodontic procedures, offering enhanced cutting power and flexibility. Its precision design and durable material make it suitable for various dental applications, ensuring optimal results in canal shaping and preparation.