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.

5.0ChLP distal lateral fibula plate

7.0ChLP femoral shaft plates

INDICATIONS:

comminuted fractures of femur shaft;
malunion or non-union of the bone.

Due to the more favorable force distribution, it is recomeded to use longer plates.

It is not allowed to profile the locking plates in percutaneous method of implantation with the use of targeters. Implant profiling prevents its proper functioning with the targeter.

5,0ChLP distal humerus Y plate

5.0 ChLP distal humerus Y plate can be used:

to treat periarticular fractures of distal humerus, also extended toward the humeral shaft;
for corrective osteotomies;
to treat malunions or non-unions after treatment with other methods.

Anatomical profile of the plate with its two reconstruction arms facilitates anatomical fracture reduction. Plate design minimized soft tissues irritation. No holes over metaphysis and reinforced area of typical fracture line increase the plate strength in the fracture area.

The distribution of locking holes provides stable fixation of medial and lateral column and oblong hole for plate positioning enables performing the compression in both directions.

The possibility to use non-locking, locking and VA locking screws gives multiple configuration for individual cases.

compression screw (Herbert)

Compression screw (Herbert screw) is used to compress bone fragments and osteosynthesis of bone fragments, mostly in fractures within the bones of the hand and wrist (scaphoid and other wrist bones, basis metacarpalis, distal phalanxes).

Intervertebral cervical locking cage

Intervertebral cervical locking cages, made of highly biocompatible materials (PEEK polymer, titanium alloy and tantalum) are used in C3 – C7 spine spondylodesis.

Implants are designed so, to match the anatomy of cervical vertebrae the best, to ensure maximum safety of their use. Large spaces inside the cage allow for application of autologous bone graft or bone substitute. The asymmetrical serrations prevent the cage migration and the cooperating with the cage locking screws, made of titanium alloy, allow to use the implant without additional stabilization.

Intervertebral cervical locking cages are offered in two footprints and profiles: lordotic and anatomic.

Compact and intuitive instrument set facilitate the surgeon’s work in the operating theatre.