Palodent V3 Wedge, Medium, PK/50

Clinical Overview

The Palodent V3 Wedge is designed to provide optimal interproximal contact and stability during composite restorations. Its design enhances the accuracy of dental procedures by ensuring proper alignment and support of the matrix band.

Key Benefits

• Optimal interproximal contact: Ensures effective sealing and minimizes the risk of gaps in restorations.
• Enhanced stability: Provides reliable support for matrix bands, improving the overall accuracy of the restoration process.
• Compatibility: Suitable for use with various matrix systems, facilitating versatile application in different clinical scenarios.
• Ease of use: Designed for straightforward placement and removal, streamlining the workflow during procedures.
• Durability: Constructed to withstand the rigors of dental procedures, maintaining performance throughout use.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: The wedge can be positioned quickly to facilitate efficient workflow during dental procedures.
• Setting: Not applicable.

Indications

• Use during composite restorations to achieve optimal interproximal contact.
• Applicable in various restorative procedures requiring matrix band support.
• Indicated for use in both anterior and posterior restorations.
• Recommended for use in conjunction with matrix systems.

Instructions for Use

1. Select the appropriate size wedge for the clinical situation.
2. Insert the wedge interproximally to achieve desired contact and stability.
3. Place the matrix band around the tooth and secure it in position.
4. Perform the composite restoration as per standard protocols.
5. Remove the wedge after the restoration is complete.

Summary

The Palodent V3 Wedge is an essential tool for achieving optimal interproximal contact and stability during composite restorations. Its design enhances the accuracy of dental procedures, making it suitable for a variety of restorative applications. The wedge's ease of use and compatibility with different matrix systems contribute to improved clinical outcomes.