Different Manufacturing Techniques of Facial Prostheses

Recruiting now · Not applicable

Conditions studied: Facial Defects

In brief

All participants will undergo 3-dimentional facial scan and the defect site will be scanned using intraoral scanner. the data will be extracted in Standard tessellation Language (STL) and used in virtual prosthesis reconstruction. * (Group 1) involves direct printing of the final prosthesis using biocompatible rubber-like printable soft resin. * Group 2, involves direct manufacturing of the negative mold, it will be virtually designed based on an inverted STL file of prosthesis prototype/ pattern. * Group 3, involves fabrication of the negative mold indirectly by printing the prosthesis prototype from resin and then duplicating it into wax and a conventional stone mold will be fabricated. * The negative molds of both groups 2\&3 will be used in packing medical grade silicone (to cast the final prosthesis. * All final prostheses will be colored and characterized to match the surrounding anatomy. * Esthetic outcomes will be assessed using VAS scale by answering operator and patient related questionnaires. The patient related questionnaire will be translated to the patients and responses will be recorded. For each patient, a score will be given from 1-5. * Prosthesis accuracy will be assessed using Medit software, comparing the scan of the final prosthesis to the STL of the prosthesis design and the root mean square (RMS) will be recorded.

Key facts

Study ID
NCT06864091
Run by
Cairo University
People needed
5
Starts
2024-10-01
Expected to finish
2025-09-01
Last updated by the study team
2025-03-07

Who can join

Age: 20 and older, up to 60. Sex: any. Healthy volunteers: not accepted.

You may qualify if…

You may not qualify if…

Where it is running

Full record on ClinicalTrials.gov

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