Orbital Floor Implant Cost

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Orbital floor implant cost.

In addition to the medpor titan 3d orbital floor implant we offer a comprehensive selection of implants to treat orbital floor fractures with specificity. Repair of an orbital floor fracture by the transconjunctival technique and the use of porous polyethylene implant stabilized with cyanoacrylate glue has many advantages including simplicity of the technique excellent structural support shorter operative time and cost effectiveness. Lacrimal fossa orbital landmarks preoperative planning 3d transition zone is located at the infero medial aspect of the orbital floor and. Hneleski jr m d and gerard m.

Cpt code orbital floor fracture repair with implant. Posterior orbital ledge 4. Inferior orbital fissure 3. Orbital floor i m p l a n t ignatius s.

The other option is to use the preformed orbital plate. Liu jk gotfried on cole cd dougherty wr couldwell wt medpor porous polyethylene implant for cranioplasty and skull base reconstruction neurosurgery april 2004. A new teflon implant is described as an adjunct in the management of this distressing problem. However simple and cost effective 3 dimensional 3d printing technologies for the treatment of orbital floor fractures are still sought.

Orbital fracture repair outcomes with preformed titanium mesh pdf evolving trends in the management of orbital floor fractures pdf sutureless transconjunctival approach for infraorbital rim pdf virtual surgical planning for orbital reconstruction. Transition zone between the orbital floor and medial wall 5. The combination of virtual planning and 3d printing offers an accurate and cost effective treatment method for orbital floor fractures. Medpor titan 3d orbital floor.

Implant placement according to the orbital landmarks 1. Orbital reconstruction is very difficult when the transition areas between the orbital floor and the medial wall is missing. Philadelphia pennsylvania deepening of the supratarsal sulcus and an enophthalmic appearance frequently follow enucleation. This study describes a simple precise cost effective method of treating orbital fractures using 3d printing technologies in combination with autologous bone.

The superior non porous barrier of the implants helps prevent tissue ingrowth along the aspect of the globe.