Orthopedic bone plates serve as essential internal splints, holding fractured segments in stable alignment to facilitate biological healing. The design of these implants, however, is far from uniform. Specific anatomical locations and fracture patterns demand specialized plates with unique engineering characteristics. Understanding the categorization of these devices—whether for a long bone shaft or a complex […]

Medical professionals rely on orthopedic implants to restore mobility, stability, and function in patients with musculoskeletal conditions. A Modular Spinal Fixation System is one example of an implant designed to provide flexibility and precision during spinal procedures. In this article, we will outline the main types of orthopedic implants and their applications, emphasizing practical insights for

Spinal stabilization offers a range of solutions, each designed to address specific anatomical and pathological challenges. Among these options, the interlaminar spinal fixation system represents a distinct methodology for providing stability to the posterior spine. This approach utilizes the anatomical space between the laminae—the bony arches at the back of each vertebra—as a point of attachment.