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

Purpose The present study aimed to evaluate the symmetry of the orbital floor after
maxillectomy and orbital floor reconstruction with individual titanium mesh using a computer …

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 …

Objective: Enophthalmos is a severe complication of primary reconstruction of orbital floor
fractures. The goal of secondary reconstruction procedures is to restore symmetrical globe …

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 …

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 most accurate orbital reconstructions result from an anatomic repair of the
premorbid orbital architecture. Many different techniques and materials have been used; …

The authors present the clinical results of their method of customized reconstruction of
orbital wall defects using titanium mesh or sheet. High resolution computed tomography …

Background: Reconstruction of eye globe–sparing total maxillectomy defects is one of the
major challenges to reconstructive surgeons. In 1994, the authors developed an …

Purpose We sought to investigate the clinical application of free fibula flap and
individualized titanium mesh through the use of a virtual planning and guiding template to …