For example, KLS Martin has systematically improved the femoral fracture treatment systems – a real innovation with direct patient benefits and a noticeably time-saving impact on the traumatologist’s work in the OR.
This progress mainly derives from the Dynamic Martin Screw (DMS) system with its infinitely adjustable, flexible-angle, dynamic plate (thanks to its tubular distal part). It is ideal for stabilizing proximal femoral fractures. The system was launched to the global markets in 1995. It allows a valgization of the neck of the femoral head after fracture fixation has taken place, yet prior to compression of the pertrochanteric fracture surfaces. This has significant advantages, especially for unstable fractures. A worm drive allows the surgeon to adjust the valgization angle across a range of 85° to 155° in accordance with patient-specific needs. The standard indications are proximal and distal metaphyseal fractures of the femur, whereas the special indications include femoral neck fractures and subtrochanteric femoral fractures.
The CANOS Mini system is an innovative screw system that excels due to its optimal dimensions. With an external diameter of just 2.3 millimeters, CANOS Mini cannulated screws are one of the smallest products on the market. The system also includes 2.7-mm and 3.5-mm titanium screws. Their self-retaining T-Drive socket ensures optimal force transmission. The self-tapping thread with its low pitch (fine thread) guarantees excellent hold – just another advantage with regard to stable anchorage in the bone. The self-recessing screw head minimizes screw projection from the plate surface. This also prevents soft tissue irritations.
The new palmar radial plate (FAROS A) adapts itself to the anatomical conditions of the palmar distal radius. The implant also responds to the angle of inclination of the radius. These adaptation properties enable the surgeon to place the plate far distally from the fracture for subchondral insertion of the fixed-angle (locking) screws. In this way, three fixed-angle screws can be inserted subchondrally with the drill guide. Two additional fixed-angle screws can be used to stabilize further fragments where necessary. For the fixation of small fragments, cannulated screws are available. The repositioning result is maintained by the guide wires and can be left intact when fixing the plate in place. The guide wires of both the fixed-angle screws and the cannulated screws are used as joysticks.
Our cannulated screws allow primary K-wire fixation, thus facilitating the repositioning of comminuted fractures. At the same time, they fix small fragments in place.
Our fixed-angle (locking) screws guarantee excellent fixation and prevent any repositioning loss during the healing phase. The low plate profile, together with the palmar plate position, reliably prevents tendon irritations. The result is osteosynthesis that can withstand exercise, allowing immediate mobilization.
