TnR Mesh (orbital type) is a bioresorbable implant to enhance the effectiveness and efficiency of orbital reconstruction.
• Using CT-scan data to design the orbital type implants to approximate the anatomy of the
orbital floor and medial wall
• Restoring the structural integrity of the orbital wall by regenerating the defect
TnR Mesh / TnR Mesh Plus (Orbital type)
Intended use
he product was fabricated using a 3D printer, and the absorbable products with a single size for each model were used for reconstruction of cranio-maxillofacial defects.
Advantage
* This product has been designed to reflect the average size and curvature of the orbit in Korean adults
TnR Mesh (Square type)
After being grafted on the body and filling the space (cranio-maxillofacial cartilage), the porous structural characteristics of the products allow the various cells normally present in the surrounding tissues to migrate into the porous scaffold. Consequently, after a certain amount of time, it promotes the generation of extracellular matrix material, such as collagen, while contributing to the reconstruction of the damaged tissue. Moreover, the polycaprolactone (PCL) polymer is ultimately hydrolyzed into carbon dioxide (CO2) and water (H2O) through a metabolic process involving the citric acid cycle.
TnR Mesh Plus (Square type)
After being grafted on the body and filling the space (cranio-maxillofacial cartilage), the porous structural characteristics of the products allow the various cells normally present in the surrounding tissues to migrate into the porous scaffold.