Full Range of Motion
The accurate knee ligamenture, bony anatomies, and anatomic hip joint on a hemipelvis allow full flexion and range of motion to position knee and establish the center of the rotation of the hip.
Revolutionizing Surgical Education
KneeSTUD™ training models are patented biofidelic training platforms of real human pathology. By providing a superior training platform at significant cost-savings over cadavers, we improve surgical training quality and access on a global scale.
Technological Highlights
Realistic Response to Surgical Procedures
A STUD with Varus deformity undergoes progressive correction with the release of medial ligaments. The model responds to the sequential release of ligaments just as a normal knee would.
Customizable to Your Training Needs
We can create a custom KneeSTUD™ that mimics the operative environment best suited for your training goals.
Synthetic Bone Architecture
The synthetic bone of a STUD is made with a corticocancellous architecture that mimics human bone. This architecture provides excellent radiographic anatomy and permits the use of injectable bone cements.
Biomechanical Performance of Synthetic Bone
The synthetic bone of a STUD provides high-fidelity biomechanical performance for bone resection and hardware fixation. Specify the bone mineral density, and we will provide a model with analogous bony biomechanical performance. See our publications section for more information.
Enhance your STUD with Add-Ons
Add any number of these features to your STUD to create the perfect platform to meet your educational, development, or research needs.
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Browse Our Catalog
Browse our catalog, choose from a list of deformities, and customize a SurgiSTUD™ to meet your anatomical, procedural or educational requirements.