In the complex landscape of maxillofacial surgery, achieving optimal bone stabilization and predictable patient outcomes is paramount. Traditional plating systems have served us well, but the advent of advanced technologies continues to push the boundaries of what's possible.
Among these innovations, the locking maxillofacial mini 120° arc plate stands out as a significant leap forward, offering a suite of clinical advantages that redefine surgical approaches and improve patient recovery.
How the 120 ° Arc Locking Maxillofacial Mini Plate Enhances Fixation
Traditional mini plates rely on compression between the bone and plate for stability, which can sometimes lead to micromovements and delayed healing. In contrast, the locking maxillofacial mini 120° arc plate utilizes a locking screw mechanism that creates a fixed-angle construct, minimizing plate-to-bone displacement.
Reduced Shear Stress: The 120° arc design distributes mechanical forces more evenly, reducing stress concentration at screw-bone interfaces.
Improved Load-Bearing Capacity: The angular stability provided by the locking mechanism enhances resistance to torsional and bending forces, crucial in mandibular and midface fractures.
The Versatility of the 120° Arc Locking Mini Plate
The 120° arc locking plate is anatomically contoured to fit complex craniofacial curvatures, offering superior adaptability compared to straight or conventional curved plates.
Better Conformity to Bone Geometry: The arc design allows for precise fitting along the mandibular angle, zygomaticomaxillary complex, and orbital rim.
Reduced Need for Plate Bending: Surgeons can minimize intraoperative plate adjustments, saving time and reducing the risk of metal fatigue.
The Clinical Safety of the 120° Arc Locking System
Conventional non-locking plates may cause bone resorption due to excessive compression, while loose screws can lead to hardware failure. The locking maxillofacial mini plate mitigates these risks through its fixed-angle technology.
Prevents Periosteal Compression: The locking mechanism avoids excessive pressure on the periosteum, preserving vascular supply and promoting faster healing.
Lower Incidence of Screw Loosening: Locking screws remain securely fixed even in osteoporotic bone, reducing postoperative hardware failure.
Streamlining Procedures with the 120° Arc Locking Plate
The 120° arc locking plate streamlines surgical procedures by offering:
Easier Placement: The pre-contoured arc reduces the need for extensive bending, allowing for quicker fixation.
Stable Temporary Fixation: The locking mechanism holds fragments in position before final screw placement, improving accuracy in complex reconstructions.
As a specialized manufacturer of high-quality maxillofacial implants, J.S. Shuangyang is proud to produce the precision-engineered 120° arc locking maxillofacial mini plate.
Our medical-grade titanium plates combine advanced locking technology with anatomical design to provide reliable fixation for facial reconstruction.
With strict quality control and proven clinical performance, we deliver innovative solutions that meet surgeons' needs for stability and patient outcomes. Contact us to learn more about our specialized craniomaxillofacial products.
The 120° arc locking maxillofacial mini plate represents a significant advancement in craniomaxillofacial fixation. Its biomechanical superiority, adaptability, and reduced complication rates make it an excellent choice for trauma, orthognathic, and reconstructive surgeries. As clinical experience grows, this innovative plate design is expected to become a gold standard in maxillofacial osteosynthesis.
By adopting this technology, surgeons can achieve more predictable outcomes, enhance patient recovery, and improve long-term stability in facial fracture management.
Post time: Jul-16-2025