# The Use of an Intraoral Scanner for the Fabrication of Maxillary Obturator Prosthesis in a Young Adult With Oronasal Fistula: A Case Report

## TL;DR

A 17-year-old with cleft palate and oronasal fistula was treated with a digitally fabricated obturator prosthesis using an intraoral scanner, improving function and aesthetics.

## Contribution

This case report demonstrates the use of intraoral digital impressions for creating obturator prostheses in cleft palate patients, highlighting improved efficiency and patient comfort.

## Key findings

- Digital impressions enabled precise fabrication of a premolar-to-premolar obturator prosthesis for a patient with cleft palate.
- The prosthesis improved both functional and aesthetic outcomes in a young patient with oronasal fistula.
- Digital methods reduced chair time and enhanced accuracy compared to conventional techniques.

## Abstract

Cleft lip and palate require complex treatment, often involving early surgery. Postoperative complications, such as palatal fistulas, can impair speech and feeding. While surgical correction is standard, large fistulas may pose challenges due to age, cost, and recurrence risks. Obturator prostheses provide a nonsurgical alternative, but digital impression techniques for their fabrication are underutilized. This case report explores intraoral digital impressions for creating obturator/speech aid appliances in a patient with cleft palate deformities.

A 17‐year‐old female with Class III malocclusion on a Class III skeletal base and increased facial proportion and IOFTN score of 5, with cleft palate‐related eating difficulties, missing anterior teeth, and worn dentition, underwent intraoral scanning. Digital files were used to fabricate a premolar‐to‐premolar obturator, with relief areas and teeth arranged on printed casts.

The appliance effectively addressed functional and aesthetic concerns.

Digital impressions offer precise, efficient, and comfortable fabrication of obturator prostheses compared to conventional methods. Despite initial costs, they reduce chair time, enhance accuracy for dental hard tissues, and improve patient experience, particularly for young patients with cleft lip and palate.