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Mantle design: a composite construct for orbital floor reconstruction.

Benjamin Liliav1, Ramasamy Kalimuthu

  • 1Division of Plastic Reconstructive and Cosmetic Surgery, University of Illinois at Chicago, Illinois, USA. bliliav@yahoo.com

The Journal of Craniofacial Surgery
|July 11, 2012
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Summary

This study details a novel mantle design for reconstructing severe orbital fractures caused by gunshot wounds. The technique offers a stable solution for complex orbital bony destruction, supporting the eye globe effectively.

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Area of Science:

  • Ophthalmic plastic surgery
  • Maxillofacial reconstruction
  • Biomechanical engineering in reconstructive surgery

Background:

  • Orbital floor and wall defects pose significant reconstructive challenges, especially after severe trauma.
  • Existing methods may be insufficient for complex comminuted fractures lacking stable bony support.
  • The mantle construct principle offers a historically proven basis for durable structural repair.

Observation:

  • A unique case of complete orbital floor and wall destruction from a self-inflicted gunshot wound was addressed.
  • A custom-designed composite graft, termed the mantle design, was utilized for reconstruction.
  • The graft was precisely shaped to fit the orbital floor and maxilla, providing globe support.

Findings:

  • The mantle design composite graft was secured with mini plates and screws, achieving exact anatomical fit.
  • Postoperative radiologic evaluation confirmed excellent placement and integration of the construct.
  • The repair successfully restored stability and support to the orbital structures.

Implications:

  • This specialized mantle design offers a viable solution for severe orbital bony destruction, particularly when traditional fixation points are absent.
  • It presents an alternative to autologous or biologic implants in complex trauma cases.
  • The technique highlights the application of fundamental biomechanical principles in advanced reconstructive surgery.