
The clinical report details the prosthetic restoration of a 92-year-old patient post-partial rhinectomy using CAD-CAM technology and additive manufacturing (AM). The digital workflow enabled precise scanning and design, producing a two-piece mold for a silicone nasal prosthesis. However, an unforeseen challenge occurred when silicone cure inhibition arose due to contact with the AM material, requiring multiple remediation attempts. The case underscores the importance of advancing digital techniques for facial prosthetics and calls for further research to refine these workflows for reliable, effective outcomes in prosthetic rehabilitation.
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