The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The mini Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The standard Kompressor Compression Screw is a two-piece fixation device intended for the use in the reduction, stabilization, and internal fixation of bone fractures. The 2-piece design incorporates the use of a leading and trailing screw component. The implant utilizes a variance in thread pitch between the leading and trailing portions of the screw to reduce and fix fracture fragments, and is available in a variety of sizes to accommodate various fracture types and sites.

The Katalyst Radial Head restores the support and bearing surfaces of the radial head in the face of fracture, arthritis or failed prior implantation.

The Katalyst Radial Head restores the support and bearing surfaces of the radial head in the face of fracture, arthritis or failed prior implantation.

The Katalyst Radial Head restores the support and bearing surfaces of the radial head in the face of fracture, arthritis or failed prior implantation.

The Katalyst Radial Stem restores the support and bearing surfaces of the radial head in the face of fracture, arthritis or failed prior implantation.

The Katalyst Radial Stem restores the support and bearing surfaces of the radial head in the face of fracture, arthritis or failed prior implantation.

The Katalyst Set Screw is used to lock the Radial Head and the Radial Stem in place.

The Universal 2 Total Wrist carpal component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist carpal-poly component is a titanium ‘plate’ which is fixed into the carpal bones with a cemented central peg and two titanium screws.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.

The Universal 2 Total Wrist radial component has a concave articulating surface and is fixed by means of a stem which is inserted and cemented into the radial intramedullary canal.