S.S. Perforated Impression Tray Edentulous L Lower

Clinical Overview

The S.S. Perforated Impression Tray for edentulous lower arches is designed to facilitate accurate impressions. Its perforated design allows for optimal material flow and retention, ensuring that the impression material captures the necessary details of the edentulous arch.

Key Benefits

• Accurate impressions: Designed to capture detailed impressions of edentulous lower arches.
• Optimal material flow: Perforations enhance the flow of impression material, improving accuracy.
• Enhanced retention: The tray's design ensures better retention of the impression material during the setting process.
• Durable construction: Made from robust materials to withstand repeated use in clinical settings.
• Easy to clean: The tray can be easily cleaned and sterilized for reuse.

Kit Contents

• Refer to packaging for exact contents and sizes.

Working & Setting Times

• Working: The working time will depend on the impression material used.
• Setting: Setting times are also dependent on the impression material selected.

Indications

• Impression taking for edentulous lower arches.
• Use in prosthodontic procedures.
• Suitable for various impression materials.
• Applicable in both diagnostic and treatment planning scenarios.

Instructions for Use

1. Select the appropriate size of the impression tray for the patient.
2. Prepare the impression material according to the manufacturer's instructions.
3. Fill the tray with the impression material.
4. Position the tray in the patient's mouth, ensuring 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 S.S. Perforated Impression Tray for edentulous lower arches is an essential tool for obtaining precise impressions in prosthodontic procedures. Its design promotes optimal material flow and retention, making it suitable for various impression materials. This tray is durable, easy to clean, and can be effectively used in both diagnostic and treatment planning scenarios.