Orthopedic Simulator for Training in Ankle Surgery (Tibia + Fibula + Foot)
The anatomical model of the left ankle with fibula by Nacional Ossos was developed to meet the needs of instructors, students, and professionals in orthopedic traumatology who work in osteosynthesis, ankle arthroplasty, instrumentation with plates and screws, external fixators, and anchors.
Ideal for hands-on training, workshops, courses, in-office demonstrations, and distance learning, this simulator enables the practice of procedures with a high degree of realism in both in-person and distance learning settings.
Featuring a tibia and fibula made of synthetic material with cortical, cancellous, and medullary canal layers, and a foot attached via ligament simulation, the model allows for surgical cuts, drill holes, and instrumentation using real surgical instruments. It is compatible with Nacional Ossos’ line of clamps, allowing movement along all axes so that students can work with both hands, just as they would with a real patient—with firmness, repetition, and safety. All in accordance with best practices in bioethics and sustainability.Orthopedic Simulator for Training in Ankle Surgery (Tibia + Fibula + Foot)
The anatomical model of the left ankle with fibula by Nacional Ossos was developed to meet the needs of instructors, students, and professionals in orthopedic traumatology who work in osteosynthesis, ankle arthroplasty, instrumentation with plates and screws, external fixators, and anchors.
Ideal for hands-on training, workshops, courses, in-office demonstrations, and distance learning, this simulator enables the practice of procedures with a high degree of realism in both in-person and distance learning settings.
Featuring a tibia and fibula made of synthetic material with cortical, cancellous, and medullary canal layers, and a foot attached via ligament simulation, the model allows for surgical cuts, drill holes, and instrumentation using real surgical instruments. It is compatible with Nacional Ossos’ line of clamps, allowing movement along all axes so that students can work with both hands, just as they would with a real patient—with firmness, repetition, and safety. All in accordance with best practices in bioethics and sustainability.