Locking Composite Connection System (LCC) is an advanced fixation solution specifically designed for the treatment of femoral neck fractures in patients with closed growth plates or where the physis must not be crossed. The system integrates a compact implant design with enhanced biomechanical performance, aiming to improve clinical outcomes while reducing the risk of fixation-related complications and subsequent reoperations.
Engineered to provide both angular and rotational stability within a single construct, the LCC ensures secure fixation of the femoral neck, even in challenging fracture patterns. Its optimized design enhances implant stability while maintaining a minimally invasive surgical approach.
A key advantage of the LCC is its resistance to varus collapse. Biomechanical studies have demonstrated that the system provides approximately twice the strength of traditional three cannulated screw (3CS) constructs in resisting femoral neck shortening and varus deformation. Additionally, its performance is comparable to established sliding hip screw systems, offering reliable stability without the need for more extensive implants.
Indications:- Basilar femoral neck fractures
- Transcervical femoral neck fractures
- Subcapital femoral neck fractures
Overall, the Locking Composite Connection System delivers a balanced combination of stability, efficiency, and minimally invasive application, making it a dependable solution for modern femoral neck fracture management.