Impression Trays, Stainless Steel, Edentulous, Perforated, Rim Lock, Set/8

Clinical Overview

The Stainless Steel Edentulous Impression Trays are designed for use in the creation of impressions for complete dentures. Their perforated design allows for optimal material retention and accurate impressions, while the rim lock feature ensures a secure fit during the impression process.

Key Benefits

• Durable Material: Constructed from stainless steel for enhanced strength and longevity.
• Perforated Design: Facilitates better adhesion of impression materials, improving accuracy.
• Rim Lock Feature: Provides a secure grip, preventing movement during the impression-taking process.
• Multiple Sizes: Available in a set of 8 to accommodate various patient needs.
• Easy to Clean: Stainless steel surface allows for efficient sterilization and reuse.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: The trays are designed for immediate use with standard impression materials.
• Setting: Not applicable; the trays do not set but are used to hold impression materials during the setting phase.

Indications

• Impression taking for complete dentures.
• Use in edentulous patients.
• Situations requiring accurate and stable impressions.
• Applicable for various impression materials.

Instructions for Use

1. Select the appropriate size tray for the patient.
2. Prepare the impression material according to the manufacturer's instructions.
3. Fill the perforated tray with the impression material.
4. Position the tray in the patient's mouth and ensure proper alignment.
5. Allow the impression material to set as per the manufacturer's guidelines.
6. Carefully remove the tray and inspect the impression for accuracy.

Summary

The Stainless Steel Edentulous Impression Trays are essential tools for dental professionals in creating precise impressions for complete dentures. Their durable construction, perforated design, and rim lock feature enhance the accuracy and reliability of the impression process, making them suitable for a variety of clinical scenarios.