Synthetic Bone Architecture that Mimics Human Bone
A STUD is made with a corticocancellous architecture that mimics human bone providing excellent radiographic anatomy and permitting the use of injectable bone cements.
How They Work
SurgiSTUD™ training models are biofidelic training platforms of real human pathology, better preparing surgeons for the OR. Customized to the specific needs of the surgeon, the models provide a superior training platform at significant cost-savings over cadavers.
Why Use A SurgiSTUD
Our STUDs can take your surgical education,
biomechanical research, and surgical device development projects to the next level:
Completely Customizable
Pediatric Spine Options
Comparatively Inexpensive
Extended Shelf Life
Easily Transported
Reusable For
Many Deformities
Available Worldwide
No Ethical / Cultural Concerns
Today, top surgical training programs and industry partners are using SurgiSTUD™ to deliver hands-on surgical training for a growing range of spinal procedures, increasing proficiency and growing range of surgical procedures
Product Highlights
High-Fidelity Segmental Range of Motion with Realistic Response to Surgical Maneuvers
Intervertebral discs and supportive ligaments provide highly analogous and modifiable segmental range of motion.
Superior Biomechanical Performance of Synthetic Bone
Provides high-fidelity performance for pedicle screws and other spinal fixation devices.
Radiolucent Soft Tissue
Create realistic surgical exposures and haptic feedback during instrumentation without sacrificing radiographic anatomy.
Build Your Own STUD
We can help you build the training device you need by creating a custom STUD model that mimics the operative environment best suited to your training goals. When customizing a STUD, you have the capability to enhance your model with a number of features for the perfect platform to meet your specific needs.
