Orthopedic Simulator for Training in Lumbar Arthrodesis and Pedicle Instrumentation
The anatomical model of the lumbar spine (L1–L5) by Nacional Ossos was developed to meet the needs of instructors, students, and professionals in Orthopedics/Traumatology and Spine Surgery who work with pedicle instrumentation, arthrodesis, and intersomatic fusions.
Ideal for hands-on training, workshops, courses, trade shows, in-office demonstrations, and distance learning, this simulator allows for the performance and explanation of key lumbar procedures with a high degree of realism in a controlled and repeatable environment.
With detailed anatomy, semi-flexible discs, and simulation of anterior and posterior ligaments, the model enables practice in drilling, placement of pedicle screws, rod assembly, as well as posterolateral arthrodesis and intersomatic fusions (PLIF/TLIF/OLIF/ALIF), using real surgical instruments.
Compatible with clamps and the workshop stand from the Nacional Ossos line, ensuring secure positioning and bimanual manipulation.Orthopedic Simulator for Training in Lumbar Arthrodesis and Pedicle Instrumentation
The anatomical model of the lumbar spine (L1–L5) by Nacional Ossos was developed to meet the needs of instructors, students, and professionals in Orthopedics/Traumatology and Spine Surgery who work with pedicle instrumentation, arthrodesis, and intersomatic fusions.
Ideal for hands-on training, workshops, courses, trade shows, in-office demonstrations, and distance learning, this simulator allows for the performance and explanation of key lumbar procedures with a high degree of realism in a controlled and repeatable environment.
With detailed anatomy, semi-flexible discs, and simulation of anterior and posterior ligaments, the model enables practice in drilling, placement of pedicle screws, rod assembly, as well as posterolateral arthrodesis and intersomatic fusions (PLIF/TLIF/OLIF/ALIF), using real surgical instruments.
Compatible with clamps and the workshop stand from the Nacional Ossos line, ensuring secure positioning and bimanual manipulation.