Matrix Surgical USA products

Design Y Mandible Onlays benefit patients who have skeleton mandibular deficiencies or surgically altered anatomy. Implant design provides the opportunity for augmentation of ramus height and ramus width. It also provides the opportunity to alter the inclination of the mandibular plane and restore continuity of the mandibular border. The registration tab allows for ideal and symmetric placement. Three sizes with left and right orientation allow the surgeon to meet the requirements of each patient.

Design Y Chin implants come as a three-part assembly – right and left halves joined by a connecting tab – which allows for easier insertion. Two styles (round and square) are offered in a range of sizes to address patient needs. The Design Y Chin implants are uniquely designed with registration tabs which act as a flange to allow the implant to “hug” the inferior border of the mandible. Together with the connecting tab, the registration tabs allow for precise, symmetric augmentation of the chin complex. Implants can be easily trimmed and contoured to meet size requirements.

The Osteotomy Gap Implant is designed to correct the inferior border contour irregularities of the mandible which inevitably occur after sagittal split osteotomy or sliding genioplasty. Each sterile package contains two implants.

The Two-Piece Chin implant comes in two pieces: a right half and a left half. Segmentation facilitates easy placement of the implant. Designed for the reconstruction of the retrusive or hypoplastic chin, the two-piece design also provides flexibility and proper anatomical positioning of the implant. Implants are available in several anterior projections.

Design Y Malars are used to reproduce normal contours of the facial skeleton. The Design Y Malar implants are uniquely designed with registration tabs which allow ideal and symmetric placement. Implants augment the projection of the malar prominence and extend from the infraorbital foramen, medially, to the zygomatico-temporal suture, laterally. They can be easily trimmed and contoured with a scalpel to meet specific patient requirements. Malars are available in a variety of sizes to minimize the need for alteration.

The Inferior Orbital Rim Implant can provide anterior projection and may be trimmed to the specific needs of the patient. A small flange assists with positioning of the implant on the most anterior aspect of the orbital floor. Screw fixation to the underlying skeleton is possible.

The Extended Orbital Rim Implant can be used to augment the inferior and lateral orbital rim in trauma or for congenital cases. The implant allows for screw fixation for initial stabilization.

The JR Ear Base implants offer maximum flexibility and provide the surgeon with an attractive alternative from the variable results obtained with cartilage grafts traditionally used in ear reconstruction. The two-piece design of the JR Ear Base combined with the Helical Rim allows for tailoring the height and projection of the helix. The surgeon should always cover the entire implant with a vascular flap (i.e., temporal parietal fascia flap) followed by a skin graft to prevent late exposure of the implant. JR Ear Base implants are suitable for primary or secondary repair in both congenital and traumatic indications.

The OMNIPORE Base and Helical Rim Implants offer maximum flexibility to the surgeon in shaping the height and projection of the helix. The surgeon should always cover the entire implant with a vascular flap (i.e., temporal parietal fascia flap) followed by a skin graft to prevent late exposure of the implant. OMNIPORE Ear Implants are suitable for primary or secondary repair in both congenital and traumatic indications.

Utilizing the latest and most innovative computer imaging and modeling technologies, Matrix Surgical USA can design precisely fitted patient-specific implants which: