Medpor Encophthalmos Wedge mimics the contour of the orbital floor and provides volume to restore the orbit to its normal shape and size. Medpor® Orbital Rim Implants provide the surgeon with an effective option for augmentation of the inferior and lateral rim in primary augmentation or secondary rim repair.

Recall of Device Recall MEDPOR BARRIER Sheets Orbital Floor Implant According to U.S. Food and Drug Administration, this recall involved a device in United States that was produced by Stryker Craniomaxillofacial Division.

At surgery, a Medpor sheet was placed over the orbital floor defect. Over the first three days, clinical improvement was gradual, but at four days postoperatively, depression of the right eye was restricted, and lower lid edema and proptosis was present in the right eye. Anatomically designed. Proven materials. We designed our exclusive MEDPOR TITAN 3D orbital floor implant to enhance the effectiveness and efficiency of orbital reconstruction. We use CT-scan data to design the titantium implants to approximate the anatomy of the orbital floor and medial wall. Implants designed using CT-scan data to approximate the anatomy of the orbital floor and medial wall.

Medpor implant orbital floor

Two different implants were placed in the soft-tissue pockets to obturate the defects, exposing one surface of the implant to the open sinus. Medpor porous polyethylene and Case of a malpositioned Medpor Titan implant. (a) The left eye exhibited enophthalmos 5 months after primary surgery. (b) The enophthalmos was fully corrected over a 16 month follow-up. (c) The implant reconstructed only the wall of the orbital floor leaving the medial wall unrepaired. (e) The explanted Medpor Titan mesh.

We describe a series of patients with orbital blowout fractures that were repaired using porous polyethylene (Medpor) sheets. Methods: A non-comparative interventional case series is described of 30 blowout fractures of 30 patients aged 7-60 years (median 29 years) who underwent orbital blowout fracture repair with Medpor sheets.

Front and side photographs of the conical Medpor implant (d) The cost for a single 4 × 4-cm SupraFOIL implant is $9.13, which is inexpensive compared with a 0.85-mm-thick Medpor implant (Porex Surgical Inc, Newnan, Ga), the orbital floor implant of choice at our institution, which costs $345, roughly 38 times the cost of SupraFOIL. Steps to Creating MEDPOR Customized Implants Creating a MEDPOR Customized Implant for an individual patient’s complex bilateral defect or defects involving the orbital floor is a multi-step process and requires close communication between the surgeon and Porex Surgical.

Aim The present study is to compare the effectiveness of iliac crest graft and medpor implant, for repairing traumatic orbital floor defects. Efficacy of Iliac Crest vs. Medpor in Orbital Floor Reconstruction | SpringerLink

U.S. Patent #7,655,047 Medpor Encophthalmos Wedge mimics the contour of the orbital floor and provides volume to restore the orbit to its normal shape and size. Medpor® Orbital Rim Implants provide the surgeon with an effective option for augmentation of the inferior and lateral rim in primary augmentation or secondary rim repair. The MEDPOR inferior orbital rim implant can provide up to 5mm of anterior projection and is designed to be trimmed to meet the needs of the individual patient. A small flange allows it to rest on the most anterior aspect of the orbital floor. This flange allows for positioning of the implant and a possible area for screw fixation to the skeleton. to orbital implants (Fig.

to orbital implants (Fig. 2). The suture needle should follow this same track.
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N Fig. 1. Medpor sheet. orbital floor. Orbital soft tissues and fibrous tissue were lifted out of the fracture site and reposited. Care was taken to not damage the infraorbital nerve and the Aim The present study is to compare the effectiveness of iliac crest graft and medpor implant, for repairing traumatic orbital floor defects.

Anterior and medial titanium plates extending from the MEDPOR TITAN framework allow fixation inside or outside the orbit (or to the orbital rim and/or nasal bone). Available with or without a BARRIER. U.S. Patent #7,655,047 In cases where the entire floor is absent and no medial and or lateral edge exists to support the Medpor sheet, a Synthes titanium orbital floor implant (Synthes (USA), Paoli, PA, USA) or a Medpor Titan implant can be positioned over the defect and fixed rigidly to the orbital rim. MEDPOR® Surgical Implants w.porex Suggestions for Using the MEDPOR® SST™, SST™ EZ™, SST™ MCOI™, PLUS™ SST™ and PLUS™ SST™ EZ™ Orbital Implants Shape Design: The MEDPOR® SST™, SST™ EZ™, SST™ MCOI™, PLUS™ SST™ and PLUS™ SST™ EZ™ Orbital Implants have a smooth porous anterior surface and four shallow suture tunnels on the anterior The new design provides a smooth surface on both the superior and inferior aspects of the implant, and when cut, hides the sharp edges of the cut titanium, eliminating the need to burr down the edges.
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The MEDPOR Orbito-Zygomatic (OZ) implant is designed for reconstruction of the superior and lateral surfaces of the orbital roof. Complete and 2/3 orbit shapes

Please consult dimensional descriptions. CAT# DESCRIPTION A B THICKNESS 9541 Regular – Left 22mm 31mm 7.0mm Purpose Various materials are used in orbital blowout fracture repair. We describe a series of patients with orbital blowout fractures that were repaired using porous polyethylene (Medpor) sheets.Methods A non-comparative interventional case series is described of 30 blowout fractures of 30 patients aged 7-60 years (median 29 years) who underwent orbital blowout fracture repair with Medpor sheets. New MEDPOR Orbital Floor Implan Implants and Prosthesis For Sale - DOTmed Listing #799031: Medpor Surgical Implant by Porex Surgical Products Group. This is Medpor Surgical Implant Cat:8305 DIM The implants were removed at a mean of 2.5 months after infection and replaced with matrix orbital floor plates. Cultures of removed implants demonstrated α-hemolytic Streptococcus in one case and multiple organisms in the other (P mirabilis, E coli, coagulase-negative Staphylococcus, C koseri and C tropicalis).