In the evolving field of orthopedic trauma care, implant selection plays a critical role in surgical success, especially in cases involving complex fractures.
Among the most effective solutions available today is the locking reconstruction anatomical 120° plate, a device engineered specifically to address the challenges of complex anatomical structures—particularly in the pelvic and acetabular regions.
Anatomically Precontoured Design for Better Bone Fit
One of the key features of the locking reconstruction anatomical 120° plate is its precontoured anatomical shape. Unlike conventional straight plates that require significant intraoperative bending, this plate is pre-shaped to match the natural curvature of the targeted bone, such as the pelvic brim or ilium. This minimizes the need for manual contouring during surgery, saving time and reducing the risk of plate fatigue or misalignment.
For orthopedic surgeons, a plate that naturally aligns with the bone surface offers superior anatomical conformity, which directly improves stability and enhances healing outcomes. Studies have shown that precontoured plates can reduce surgical time by up to 20% and decrease soft tissue trauma due to better fitting.
120° Angle: Designed for Complex Geometries
The 120° angle incorporated into the design is especially valuable in fracture zones where standard linear plates fall short. This angular configuration enables surgeons to address multi-planar fractures, particularly those affecting the acetabulum or iliac crest, where a natural curve and anatomical deviation are present.
This built-in angularity also assists in maintaining the desired fixation geometry and ensures that locking screws can be directed precisely into high-quality cortical bone, increasing construct stability and reducing the risk of screw loosening.
Locking Mechanism for Rigid Fixation
The plate incorporates a locking screw mechanism, offering fixed-angle stability that is crucial for comminuted or osteoporotic bone. The locking interface between the plate and screws transforms the construct into an internal fixator, reducing micro-motion at the fracture site and promoting earlier mobilization and faster bone healing.
In particular, when used in pelvic or acetabular reconstructions, locking technology has demonstrated lower complication rates and improved biomechanical resistance to forces in weight-bearing areas.
Improved Surgical Efficiency and Outcomes
For surgical teams, a device that combines anatomical fit with locking stability translates to streamlined workflows and fewer intraoperative adjustments. The reduced need for bending or reshaping not only shortens operation time but also minimizes potential deformation of the plate, which can compromise implant strength.
Furthermore, a better anatomical match improves overall plate-bone contact, which is essential for load-sharing and long-term stability, especially in high-demand patients.
Applications Across Complex Fracture Cases
The locking reconstruction anatomical 120° plate is commonly used in:
Pelvic and acetabular fractures
Iliac wing reconstructions
Comminuted long bone fractures with angular deformity
Periprosthetic fracture repairs
Its versatility and anatomical compatibility make it a preferred choice for orthopedic trauma centers, especially in high-complexity cases where precision is paramount.
When treating complex fractures, especially in anatomically challenging regions like the pelvis or acetabulum, implant design matters. The locking reconstruction anatomical 120° plate offers the perfect balance of precontoured fit, angular stability, and locking fixation—enhancing both surgical efficiency and patient outcomes.
If you're seeking a reliable, surgeon-friendly implant designed for complex reconstructive needs, Shuangyang Medical provides high-quality anatomical 120° plates manufactured to meet rigorous medical standards and customizable to your clinical requirements.
Post time: Jul-31-2025