The surgical treatment of maxillary tumours often consists of an open subtotal or total
maxillectomy with a subsequent significant defect. Reconstruction is, therefore, a major …

Purpose To describe the authors' experience in the reconstruction of patients after total
maxillectomy with preservation of orbital contents for maxillary tumors using titanium mesh …

Objective The aim of this study was to determine the clinical outcomes and long‐term
stability of individualized titanium mesh combined with free flap for orbital floor …

The surgical strategy for maxillary reconstruction after maxillectomy has yet to be
standardized. The authors developed a technique using a three-dimensional …

Several authors have demonstrated the safety and effectiveness of titanium in orbital
reconstruction. One question posed by clinicians is what happens to large pieces of titanium …

Objective To evaluate the clinical outcomes of reconstruction of maxillary class III defect
using 3D-printed titanium mesh. Methods Twelve patients with maxillary class III defect from …

Purpose Orbital floor defects after extensive maxillectomy can cause severe esthetic and
functional deformities. Orbital floor reconstruction using the computer-assisted fabricated …

Abstract Objectives/Hypothesis: The purpose of this study was to share our clinical
experience in the use and accuracy of a newly designed, low‐profile titanium mesh (Modus …

The authors studied to demonstrate the efficacy of custom-made three-dimensional (3D)-
printed titanium implants for reconstructing skull defects. From 2013 to 2015, 21 patients (8 …

Introduction The purpose of our study was to describe a novel technique for reconstruction of
orbital defects after maxillectomy using a non‐anatomic titanium mesh suspension of orbital …