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| Company | Porex Surgical Products Group | Porex Surgical Products Group | Porex Surgical Products Group | Porex Surgical Products Group | Porex Surgical Products Group |
| Item | MEDPOR® PLUS™ Sphere | MEDPOR Barrier™ Miniplate Channel Implant | MEDPOR® Complete Orbit Complex | MEDPOR® Orbital Rim Implant (IMORI) | MEDPOR® Orbital Rim Onlay Implants |
| Price | Inquire | Inquire | Inquire | Inquire | Inquire |
| Description | Spheres for Enucleation and Evisceration. The new MEDPOR® PLUS™ Spheres combine the structure of standard MEDPOR Spheres with a bioactive glass (Bioglass®) mixture. The Bioglass component, mixed throughout the sphere structure, promotes | Medpor Channel Implants, designed to accept rigid fixation plates, provide the surgeon with an excellent reconstructive option for major orbital wall and floor blowout defects. Each design has several channels for placement of one or more rigid | Medpor® Complete Orbit are designed to replace non load bearing bony structures in the orbital area. | The new Inferior Medial Orbital Rim Implant (IMORI) provides surgeons with an excellent alternative for patients with a deficient or recessed "tear trough" area often characterized as a look of fatigue or circles under the eyes. | The new Medpor® Orbital Rim Onlay Implants are designed to support the lower eyelid and lateral canthus in patients who have inadequate support due to congenital variation or changes with aging. |
| Features | - The new MEDPOR® PLUS™ Spheres combine the structure of standard MEDPOR Spheres with a bioactive glass (Bioglass®) mixture.
- The Bioglass component, mixed throughout the sphere structure, promotes more rapid fibrovascular ingrowth into the MEDPOR PLUS sphere.
- MEDPOR is a biocompatible porous polyethylene material.
- The interconnecting, omni-directional pore structure allows for rapid fibrovascular ingrowth and integration of the patient's tissue.
- Bioglass is a 100% synthetic graft material that facilitates a healing response when combined with body fluids.
| The plate may extend beyond both ends of the implant, if desired. The implant, with plate in position, allows the surgeon to bend and contour the material to the desired shape. The plates can be used to cantilever the implant over the orbital rim, if applicable. | They may be customized to fit the individual patient by removing excess areas with a blade. Each implant (in left and right versions) is available sterile, packaged individually in double peel pouches. | The IMORI is smaller and more delicate than previous alloplastic implants designed for this indication and requires a smaller area of subperiosteal dissection. The implant is designed to wrap over the inferior orbital rim and extends superiorly and inferiorly medial to the inferior orbital nerve. The implant can be trimmed at the time of surgery to fit the needs of the individual patient. | The implant augments the inferior and lateral orbital rims and moderately increases the anterior rim projection. This mimics the normal orbital rim anatomy and provides support to the eyelid and canthal structures. |
| Approval | US FDA | USA and Worldwide | USA and Worldwide | USA and Worldwide | USA and Worldwide |
| Product Number | #80036 (16mm Diameter), #80038 (18mm Diameter), #80040 (20mm Diameter), #80042 (22mm Diameter) | 9531 | 9568 | 87004 | 81001 |
| Dimensions (mm) | 16, 18, 20, 22 mm | 40 mm x 52 mm x 2.3 mm | Right - Inferior 2/3 Orbit | Right- 26 mm x 25 mm x 2.5 mm | Left- 40 mm x 40 mm |
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