The Ti Posterior Thoracolumbar Rod-Screw System with a 5.5 mm rod diameter is designed to provide posterior stabilization for a wide range of thoracolumbar spinal conditions, including trauma, degenerative disorders, deformities, scoliosis, tumors, and multi-level instability.
The system consists of pedicle screws, contoured rods, connectors, cross-links, and related surgical instruments. Its titanium alloy construction provides high mechanical strength, good fatigue resistance, and biocompatibility. The 5.5 mm rod diameter provides a balance between rigidity and flexibility for thoracic and lumbar fixation.
The Ti Posterior Thoracolumbar Rod-Screw System is a comprehensive fixation construct designed to support stable fixation, controlled realignment, and spinal fusion.
The system uses medical-grade titanium alloy components and provides multiple screw and rod configurations to accommodate different anatomical and surgical requirements.
Titanium alloy combines high strength, fatigue resistance, lightweight construction, and biocompatibility, making it suitable for long-term spinal implantation.
The 5.5 mm titanium rod provides sufficient rigidity for spinal stabilization while allowing appropriate flexibility for different fixation applications. Its relatively low imaging artifact also facilitates postoperative X-ray, CT, and MRI evaluation.
The system includes polyaxial pedicle screws with a wide range of angulation, allowing adaptation to different anatomical conditions and facilitating rod placement.
A secure locking mechanism fixes the rod within the screw head and helps maintain construct stability. Various screw lengths and diameters are available to accommodate different surgical requirements.
The rods can also be contoured intraoperatively, supporting restoration of sagittal and coronal spinal alignment.
The system can be used for posterior fixation in thoracolumbar fractures, degenerative spinal diseases, spondylolisthesis, spinal stenosis, scoliosis, spinal deformities, tumors, and infections requiring spinal stabilization.
Its modular configuration also supports multi-level fixation and complex spinal reconstruction.
The Ti Posterior Thoracolumbar Rod-Screw System is suitable for open, minimally invasive, hybrid, and deformity correction procedures.
Its modular design allows integration with surgical navigation, intraoperative imaging, robotic-assisted screw placement, and neuromonitoring technologies.
Compared with conventional stainless-steel systems, the titanium construct offers excellent biocompatibility, lower weight, and reduced imaging artifacts.
The 5.5 mm rod provides a practical balance between mechanical stability and system profile, making it suitable for a wide range of thoracic and lumbar fixation procedures.
Titanium rod-screw systems are manufactured through processes such as precision machining, cleaning, surface finishing, and quality inspection to ensure dimensional accuracy and implant performance.
The Ti Posterior Thoracolumbar Rod-Screw System (5.5) combines titanium alloy construction, versatile screw configurations, contoured rods, and modular components to provide a flexible solution for thoracolumbar spinal fixation.
