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    • CHARFIX2 retrograde tibial nail

    is designed for stable osteosynthesis of the tarsus and distal tibia, for the treatment of degenerations and deformities of the tarsal joints.

    INDICATIONS:

    • tibio-calcaneal arthrodesis;
    • combined arthrodesis of talocrural joint and talocalcaneal joint;
    • avascular necrosis of talocrural joint and talocalcaneal joint;
    • rheumatoid arthritis;
    • severe, secondary deformity of untreated congenital clubfoot (talipes equinovarus) or in case of neuromuscular disease;
    • seriously deformed foot/ankle, arthritic deformity of ankle with associated stiffness in the talocalcaneal joint;
    • osteoarthritis;
    • instability and skeletal defects after tumor resection;
    • distal tibia fractures with non-unions;
    • tibia and/or talus PLAFOND fracture where reconstruction is not possible;
    • severe comminuted fractures with associated damage of talocalcaneal joint;
    • fractures, dislocations of the ankle combined with serious arthritic changes and loss of function;
    • above-ankle non-union combined with stiffness in the talocalcaneal joint;
    • malunion of ankle;
    • failed total ankle replacement with talocalcaneal joint intrusion.

    CHARFIX2 humeral nail

    CHARFIX2 humeral nail is a next generation nail that merges the features of reconstructive and compression nail.
    Increased number of holes, their relocation towards the end of the nail and possibility of inserting the locking elements at the angle other than perpendicular to the nail axis – all these significantly broaden the range of indications for use.
     
    Indicatins:
    • humerus shaft fractures;
    • proximal humerus fractures;
    • pathological fractures;
    • pseudoarthrosis;
    • malunion or non-union treated with other methods.

    CHARFIX2 anatomical femoral nail

    CHARFIX2 anatomical femoral nail is a next generation nail that is shaped in several planes to better match the femur anatomy. The nail can be inserted through the lateral insertion point.
    This makes the implantation easier and results with less trauma to the patient.
    The nail enables to fix femur applying static, dynamic, compression or reconstructive intramedullary osteosynthesis.
    Instruments included in the instrument set give several options for opening and preparation of the intramedullary canal.
    The bone tamping mechanism applied in the two-step drill enables a better stabilization while drilling in the femoral neck.
     
    Indications:
    • femur shaft fractures;
    • subtrochanteric and intratrochanteric fractures;
    • femur neck fracture;
    • pathological fractures;
    • pseudarthrosis;
    • malunion and non-union treated with other methods.

     

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    CHARFIX2 condylar retrograde femoral nail

    was designed to treat the fractures of distal femur meta-epiphysis with particular emphasis on supracondylar fractures. The pathological fractures can be also treated with CHARFIX2 condylar nail. Its additional advantage is the possibility of supplying diaphysis femur fractures with previously implanted hip or knee endoprothesis.

    Nail design and its dedicated locking elements provide the effective fracture stabilization using various locking methods.

    Radiolucent targeters included in the instrument set facilitate access to the fracture site from both sides of the injured limb and allow for intraoperative control of the implant position without their removing.

    ChFN trochanteric nail

    ChFN trochanteric nail is intended for intramedullary osteosynthesis of subtrochanter femur fractures.
    Implants are made of titanium alloy, thus the scope of the MRI diagnostics is broadened because of the high biocompatibility.
    It is possible to enhance the fracture stabilization by application of additional join screw that eliminates rotation of the femur neck (protects the femoral head for the rotation).
    All necessary implants are placed on a convenient stand.

    ChFN2 trochanteric nail

    ChFN2 trochanteric nail
    The decreased diameter of the proximal part of the nail reduces the traumatisation of tissues and blood vessels.
    Telescopic screws, designed specially for the system, minimize the risk of screw migration in the femoral neck.
    The surgeon can decide to open the intramedullary canal with an awl or with a drill that has the same diameter as the proximal part of the nail.
    New instrument set is lighter and even more user-friendly.
     
    Indications:
    • femur shaft fractures;
    • subtrochanteric and intratrochanteric fractures;
    • femur neck fracture;
    • pathological fractures;
    • pseudarthrosis;
    • malunion and non-union treated with other methods.