INTEGRATED INTERTROCHANTERIC NAIL
The INTEGRATED INTERTROCHANTERIC NAIL is an advanced intramedullary fixation system specifically designed for the treatment of intertrochanteric and subtrochanteric femoral fractures. Featuring a unique integrated dual-screw mechanism, the system provides superior rotational control, controlled linear compression, and enhanced biomechanical stability, particularly in unstable and osteoporotic fracture patterns. The nail is widely recognized for minimizing complications such as implant cut-o
关键特性
Integrated dual-screw technology combining a lag screw and compression screw for enhanced rotational stability
Active compression mechanism that maintains compression across the fracture site after implantation
Anti-rotation design reducing femoral head rotation and implant migration
Trapezoidal proximal nail geometry for improved metaphyseal press-fit and biomechanical support
Anatomically contoured nail design to match proximal femoral anatomy and facilitate insertion
Minimally invasive surgical technique reducing soft tissue trauma and operative blood loss
Titanium alloy construction offering high fatigue strength, corrosion resistance, and biocompatibility
Distal locking options for static or dynamic fixation based on fracture characteristics
适应症
Intertrochanteric femoral fractures
Unstable trochanteric fractures
Subtrochanteric fractures
Basilar neck fractures
Osteoporotic proximal femur fractures
Pathological fractures and complex proximal femoral fracture patterns
临床优势
Enhanced rotational and angular stability compared with conventional single-screw systems
Reduced risk of cut-out, implant failure, and fracture collapse
Improved fracture compression and union potential
Allows early weight-bearing and rehabilitation
Particularly effective in unstable and osteoporotic fractures
Eliminates the "Z-effect" commonly associated with some dual-screw fixation systems
可选配置
Multiple nail diameters and lengths
Left and right anatomical designs
Compatible integrated compression and lag screw systems for different patient anatomies
