Composite Super Plugger, Medium/Large, Posterior, EagleLite

Clinical Overview

The Composite Super Plugger, Medium/Large, Posterior, EagleLite is designed for the effective packing, forming, and shaping of composite materials in dental procedures. Constructed from titanium nitride, this instrument offers enhanced durability and a nonstick surface, facilitating optimal handling and performance during restorative treatments.

Key Benefits

• Durability: Made from titanium nitride, providing superior hardness compared to traditional stainless steel instruments.
• Nonstick Surface: Reduces material adhesion, allowing for smoother manipulation of composite materials.
• Versatile Design: Suitable for medium to large posterior applications, accommodating various clinical scenarios.
• Enhanced Performance: Facilitates efficient packing and shaping of composites, improving procedural outcomes.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: The instrument is designed for immediate use upon handling, allowing for efficient application during procedures.
• Setting: Not applicable.

Indications

• Restorative procedures involving composite materials.
• Packing and shaping of composite in posterior teeth.
• Applications requiring precision in material placement.
• Use in conjunction with other dental instruments for enhanced restorative outcomes.

Instructions for Use

1. Select the appropriate size of the Composite Super Plugger based on the clinical requirement.
2. Load the composite material onto the instrument.
3. Utilize the nonstick surface to pack and shape the material as needed.
4. Ensure proper placement and contouring for optimal restoration.
5. Clean the instrument after use to maintain its performance and longevity.

Summary

The Composite Super Plugger, Medium/Large, Posterior, EagleLite is an essential tool for dental professionals engaged in restorative procedures. Its titanium nitride construction and nonstick surface enhance durability and efficiency, making it ideal for packing and shaping composite materials in posterior applications. This instrument supports improved clinical outcomes through its versatile design and ease of use.