The Lower Eyelid Implant is an excellent addition to the management of patients with symptomatic paralytic ectropion. The thin, tissue-like profile aids in greater eyelid stability.
The Lower Eyelid Implant is fully porous to promote tissue ingrowth and facilitate implant stabilization. The implant is placed inferior to the tarsus under no tension. It is also available with a superior strip to provide additional support.
The Su-Por Membrane Sheet is designed to selectively prevent tissue attachment to one side of the implant surface. The membrane layer is comprised of solid polyethylene and porous layers that are heat bonded without adhesives or additives. Tissue integration occurs in the porous layer just as with the fully porous Sheet implant. U.S. Patent No. US09724198.
The Membrane Miniplate Channel Sheet and the Membrane Microplate Channel Sheets are designed for repair of significant orbital floor and wall trauma where the addition of a rigid fixation plate provides structural support. The membrane layer acts to inhibit tissue ingrowth.
The Miniplate Channel Sheet and Microplate Channel Sheets are designed for repair of significant orbital floor and wall trauma where the addition of a rigid fixation plate provides structural support.
Designed for small to medium orbital floor defects. The implant is provided with a sterile, non-porous transparent template made of the same Su-Por high-density polyethylene. The smooth template allows for easy repeated removal during fitting without damage to soft tissues. The outline and contour of the modified template may be used in the modification and placement of implant. Screws or sutures can be placed in any desired location. Available with or without a heat bonded non-porous membrane layer. The fully porous bone-side layer allows for tissue ingrowth. When contouring, the implant beds and holds the desired shape without heating.
Designed for small to medium orbital floor defects. The implant is provided with a sterile, non-porous transparent template made of the same Su-Por high-density polyethylene. The smooth template allows for easy repeated removal during fitting without damage to soft tissues. The outline and contour of the modified template may be used in the modification and placement of implant. Screws or sutures can be placed in any desired location. Available with or without a heat bonded non-porous membrane layer. The fully porous bone-side layer allows for tissue ingrowth. When contouring, the implant beds and holds the desired shape without heating.
The Quadro-Port Tunnel Conical Orbital Implant (COI), is a conical-shaped ocular implant with a smooth anterior surface and pre-fabricated tunnels for sutures to pass through when attaching extraocular muscles. The conical shape provides more volume posteriorly; approximately equivalent to the volume of a sphere with 2mm larger diameter.
The Quadro-Port Tunnel Orbital Sphere is an ocular implant with a smooth anterior surface and pre-fabricated tunnels for sutures to pass through when attaching extraocular muscles.
The Single-Channel Sheet is for significant orbital floor and wall trauma. The addition of a single rigid fixation plate provides increased structural support. It is available with or without heat bonded non-porous membrane layer. Its flat posterior side can be rested along the posterior border of the defect. A fully porous bone-side layer promotes tissue ingrowth. As with any of our implants, the Single Channel Sheet bends and holds your desired shape without heating, and screws and sutures can be placed in any desired location. It is easy to trim with scissors or scalpel, and comes individually packaged, MR Safe, and sterile, with a 5 year shelf life.
The Su-Por Sphere provides surgeons with an excellent fully porous option for enucleation and evisceration procedures. The Sphere is available in multiple sizes to ensure the best possible fit.
The Superior Lateral Orbital Rim is designed to augment the lateral and superior orbital rims and is designed to be trimmed to meet the needs of the individual patient.
