String ready proximal GT plate
The String-Ready Proximal GT Plate provides secure fixation for femur fractures, featuring adjustable tension control, multi-strand cable support, and compatibility with NCB and Sigma plates. Its minimally invasive design ensures stability and faster recovery with reduced complications.
Sigma Surgical Private Limited
Ahmedabad,
India
String Ready Proximal GT Plate Features
Compatibility with Existing Implants:
- The inclusion of cable button add-ons facilitates the use of cables with NCB(Non Contract Bridging) and Sigma Periarticular plates. This compatibility expands the utility of your system and allows surgeons to adapt to different clinical scenarios efficiently.
String-Ready Grip System with Clamps:
- This system provides a range of bone plates and attachment devices that incorporate strings for secure fixation, along with clamps to further enhance stability. The inclusion of strings and clamps offers flexibility and adaptability in fixation methods, ensuring robust and reliable fixation of the proximal femur fractures.
Multi-Strand Cable:
- Designed to provide static tensile strength and fatigue resistance, the cable adds stability to the fixation. The multi-strand design likely enhances durability and reduces the risk of failure under stress.
Tension Control:
- Our instrumentation allows surgeons to adjust tension according to specific patient conditions. This feature is crucial for ensuring proper fixation and stability while accommodating variations in patient anatomy and fracture patterns.
Tensioner and Cable Crimp Mechanism:
- This mechanism is designed to minimize tension loss after tightening, ensuring long-term stability of the fixation. Maintaining proper tension over time is essential for successful fracture healing and preventing complications.
Multi-Point Engagement System:
- Two proximal hooks engage the superior tip, while two supporting hooks engage the inferior end of the greater trochanter region for stability enhancement.
Versatile Screw Compatibility:
- The Combi holes in the plate shaft accept 5.0 mm locking screws in the threaded portion or 4.5 mm cortical screw in the DCU (Dynamic Compression hole) portion.
Minimally Invasive:
- Both the implant and instruments are designed to minimize tissue disruption at the wound site. This aspect is vital for promoting quicker recovery times and reducing the risk of complications associated with invasive procedures.
