The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The nail is intended for use in the fixation of long bone fractures, including d
The nail is intended for use in the fixation of long bone fractures, including diaphyseal fractures. It is indicated for shaft fractures 5cm below the surgical neck, and 5cm proximal to the distal end of the medullary canal.Includes nail cap.
The interlocking intramedullary nail is intended for use in fixation of various
The interlocking intramedullary nail is intended for use in fixation of various types of fractures, including diaphyseal fractures and short distal or proximal fragments in the long bones.Includes nail cap.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
Hip pin used with the Fixion proximal femur intramedullary nail (intended for us
Hip pin used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip pin used with the Fixion proximal femur intramedullary nail (intended for us
Hip pin used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip pin used with the Fixion proximal femur intramedullary nail (intended for us
Hip pin used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip pin used with the Fixion proximal femur intramedullary nail (intended for us
Hip pin used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip pin used with the Fixion proximal femur intramedullary nail (intended for us
Hip pin used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip peg used with the Fixion proximal femur intramedullary nail (intended for us
Hip peg used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip peg used with the Fixion proximal femur intramedullary nail (intended for us
Hip peg used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip peg used with the Fixion proximal femur intramedullary nail (intended for us
Hip peg used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip peg used with the Fixion proximal femur intramedullary nail (intended for us
Hip peg used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
Hip peg used with the Fixion proximal femur intramedullary nail (intended for us
Hip peg used with the Fixion proximal femur intramedullary nail (intended for use in the fixation of proximal fractures in the femur).
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The proximal femur intramedullary nail is intended for use in the fixation of pr
The proximal femur intramedullary nail is intended for use in the fixation of proximal fractures in the femur.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates
The TOSCA Anterior Cervical Plate System consits of various sizes of bone plates and screws that are either fixed angle or variable angle. The screws are used to secure the plates to the vertebral bodies of the cervical spine through the anterior approach. The plates and screws are made from Titanium alloy Ti6Al4V, are in conformance with ASTM F136, and are supplied non-sterile.