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Micro Dynamic Mesh is intended to stabilize fractures, grafts and elective osteotomies for the reconstruction of the bones of the craniomaxillofacial skeleton, and the oral cavity (including the mandible and maxilla).

The Leibinger® Micro Dynamic Mesh is a titanium mesh available in different shapes, thicknesses, and perforation patterns to treat a variety of clinical applications. The material can be cut with scissors for precision fit, is malleable for three-dimensional adaptations, and is perforated to permit fluid exchange. The mesh is attached to bone by screws. The titanium construction allows for radiological identification but produces negligible artifacts on CT or MRI.

The Type 3 Femoral Components are intended to be used in primary or revision total hip arthroplasty, specifically in the presence of severe proximal bone loss. These stems are intended to be used with Howmedica V40™ femoral heads, Howmedica Unipolar and Bipolar components, and Howmedica acetabular components. These femoral stems are designed to be press fit into the proximal femur.

The Type 3 Femoral Components are a series of Titanium femoral stems intended to be used for primary or revision total hip arthroplasty, specifically in the presence of severe proximal bone loss. The stems are intended to be used with Howmedica V40™ femoral heads, Howmedica Unipolar and Bipolar components, and Howmedica acetabular components. These stems are modular, with varying proximal body and distal stem sizes to accommodate various anatomical requirements. These femoral stems are designed to be press fit into the proximal femur. These femoral components are manufactured from Titanium alloy, Ti-6Al-4V, which conforms to the requirements of ASTM specification F 136.

The Intended use of this additional style of Duracon® Condylar and A-P lipped tibial inserts is identical to that of previously released Duracon® tibial inserts: they are intended to be used with Duracon® femoral and patellar components, and tibial baseplates in primary or revision cemented total knee arthroplasty.

The purpose of this submission is to describe an additional style of Duracon® Condylar and A-P lipped tibial inserts which are stabilized/sterilized using a process called and A-1 "Ilpped tible incorro the Duration® II process is to crosslink all of the free radicals found in the UHMWPE rod stock by exposure to gamma radiation this froo radio lound lount in a heated oven. During this radiation/stabilization period, the UHMWPE is exposed to a very low oxygen concentration. The stabilized periou, the United to its final configuration. The tibial insert is packaged in air, and terminally sterilized by the ethylene oxide sterilization process. The Duracon® and terminally ottomized by this method conform to the requirements for Ultra High Molecular Weight Polyethylene specified in ASTM Specification F-648, for Okla Figh Molocation on UHMWPE used in Bearing Surfaces for Orthopedic Devices. These Duracon® Condylar and A-P lipped inserts are identical to those previously released. They are available in peripheral sizes extra-small through extra-large in thicknesses from 6mm to 25mm. These inserts have a three point locking in thisklesson from on on on one Duracon® inserts which have been previously released.

The intended use of this additional style of System 12® acetabular inserts is identical to that of previously released System 12® inserts: they are intended to be used with Osteolock/Vitalock acetabular shells in primary or revision total hip arthroplasty.

The purpose of this submission is to describe an additional style of System 12® acetabular Inserts which are stabilized/sterilized using a process called Duration® II Stabilization. The purpose of the Duration® If process is to crosslink all of the free radicals found in the UHMWPE rod stock by exposure to gamma radiation followed by a stabilization process in a heated oven. During this radiation/stabilization period, the UHMWPE is exposed to a very low oxygen concentration. The stabilized rod stock is then machined to its final configuration. The acetabular insert is packaged in air, and terminally sterilized by the ethylene oxide sterilization process. The System 12® Acetabular Inserts produced by this method conform to the requirements for Ultra High Molecular Weight Polyethylene specified in ASTM Specification F-648, and the FDA guidance document on UHMWPE used in Bearing Surfaces for Orthopedic Devices. These System 12® inserts are identical in design to the previously cleared System 12® inserts: they are available in a range of outer diameter sizes to mate with the respective acetabular shell, and 22.0, 22.2, 26, 28, and 32mm inner diameters to mate with Howmedica femoral heads. These inserts are available in a neutral, 10°, and 15° hooded design. The locking mechanism of this style of acetabular insert is identical to the previously released System 12® acetabular inserts.

The intended use of this additional style of System 12® acetabular inserts is identical to that of previously released System 12® inserts: they are intended to be used with Osteolock/Vitalock acetabular shells in primary or revision total hip arthroplasty.

The purpose of this submission is to describe an additional style of System 12® acetabular inserts which are stabilized/sterilized using a process called Duration® II Stabilization. The purpose of the Duration® Il process is to crosslink all of the free radicals found in the UHMWPE rod stock by exposure to gamma radiation followed by a stabilization process in a heated oven. During this radiation/stabilization period, the UHMWPE is exposed to a very low oxygen concentration. The stabilized rod stock is then machined to its final configuration. The acetabular insert is packaged in air, and terminally sterilized by the gas plasma sterilization process. The System 120 Acetabular Inserts produced by this method conform to the requirements for Ultra High Molecular Weight Polyethylene specified in ASTM Specification F-648, and the FDA guidance document on UHMWPE used in Bearing Surfaces for Orthopedic Devices. These System 12® inserts are identical in design to previously cleared System 12® inserts: they are available in a range of outer diameter sizes to mate with the respective acetabular shell, and 22.0, 22.2, 26, 28, and 32mm inner diameters to mate with Howmedica femoral heads. These inserts are available in a neutral, 10°, and 15° hooded design. The locking mechanism of this style of acetabular insert is identical to previously released System 12® acetabular inserts.

The intended use of this additional style of Duracon® Condylar and A-P lipped tibial inserts is identical to that of previously released Duracon® tibial inserts: they are intended to be used with Duracon® femoral and patellar components, and tibial baseplates in primary or revision cemented total knee arthroplasty.

The purpose of this submission is to describe an additional style of Duracon® Condylar and A-P lipped tibial inserts which are stabilized/sterilized using a process called Duration® II Stabilization. The purpose of the Duration® II process is to crosslink all of the free radicals found in the UHMWPE rod stock by exposure to gamma radiation followed by a stabilization process in a heated oven. During this radiation/stabilization period, the UHMWPE is exposed to a very low oxygen concentration. The stabilized rod stock is then machined to its final configuration. The tibial insert is packaged in air, and terminally sterilized by the gas plasma sterilization process. The Duracon® Condylar and A-P lipped Inserts produced by this method conform to the requirements for Ultra High Molecular Weight Polyethylene specified in ASTM Specification F-648, and the FDA quidance document on UHMWPE used in Bearing Surfaces for Orthopedic Devices. As will be discussed later, this additional style of insert demonstrated significantly less wear when compared to air irradiated UHMWPE. These Duracon® Condylar and A-P lipped inserts are identical to those previously released. They are available in peripheral sizes extra-small through extra-large in thicknesses from 6mm to 25mm. These inserts have a three point locking mechanism that is identical to those Duracon® inserts which have been previously released.

The Hoffmann® II Miami Post is used for treating fractures, performing arthrodeses, and distraction osteogenesis of long bones, i.e., tibia, femur and humerus. It also provides stabilization of open and/or unstable fractures and where soft tissue injury precludes the use of other fracture treatments such as IM rodding or casting. It is to be used to provide a hybrid construct combing any 6mm external fixation ring to the Hoffmann® II rod to rod and pin to rod clamps. The post will extend the use of the Hoffmann® II External Fixation System to Hybrid frames that utilize circular rings with 6mm mounting holes.

The Hoffmann® II Miami Post is designed to connect rings with 6mm holes to Hoffmann®II rod to rod and pin to rod clamps. This Post attaches the circular fixation rings to the external fixations rods. The Post is manufactured from Stainless Steel and is machined from bar stock.

The Zeta MultiZone Locking Nail System is intended to provide temporary stabilization of various types of fractures, malunions and nonunions of the femur and tibia. The nails are inserted using an opened or closed technique and can be statically or dynamically locked.

The Zeta MultiZone Locking Nail System consists of a family of round nails used for intramedullary nailing of femoral and tibial fractures. The system includes two styles of femoral nails, tibial nails, reconstruction nails, screws and end caps. The nails are available in varying diameters and lengths and have proximal and distal holes for cross-locking. The nails and additional components are fabricated from either titanium alloy or stainless steel.

The Zeta MultiZone SCN Locking Nail is intended to provide temporary stabilization of various types of fractures, malunions and nonunions of the distal femur including the supracondylar region. Other types of procedures include reconstruction, osteotomies, bone lengthening/shortening, prophylactic nailing of impending fractures and fusions. The condyle screw when used with the condyle nut provides good fixation in osteoporotic bone and provides compression and stabilization of the supracondylar fragments.

The Zeta MultiZone SCN Locking Nail consists of supracondylar nails in various diameters and lengths, cross-locking screws, condyle screws, a condyle nut and a set screw. The nails are inserted using an opened or closed retrograde technique for the intramedullary nailing of distal femoral fractures. All of the components are fabricated from medical grade titanium alloy.

The Howmedica Leibinger Resorbable Fixation System is intended for use in the fixation of bones of the craniofacial and midfacial skeleton affected by trauma or for reconstruction. The system can be used in both adult and pediatric patients, but is not intended for use in the mandible and/or full load bearing procedures.

The Howmedica Leibinger Resorbable Fixation system consists of a series of plates and mesh in varying configurations and lengths which are attached to the bone using screw fixation. The plates are available in two thicknesses (1.0mm and 1.5mm). The mesh is also available in two thicknesses (0.7mm and 1.2mm). Additionally, there are two screw diameters of 1.5mm and 2.0mm and a third emergency screw with a 2.5mm diameter. These plates and screws are intended for use in the fixation bones of the craniofacial and midfacial skeleton affected by trauma or for The plates and mesh can be contoured by heating. reconstruction. The system can be used in both adult and pediatric patients.