Discover the most
realistic spinal disc models in the world
To our customers,
Fundamentally, we are inspired by the latest research. As the founder of this company, I am excited to offer educators and doctors realistic dynamic disc models that include many important demonstrative concepts through 6 degrees of natural motion. Now, many more spinal conditions can be explained easily and accurately in often time restricted clinical settings.
Many years of R&D with real fresh specimens have been closely investigated to produce spinal disc models that more closely resembles the natural tissue. All vertebral bodies have been identically copied from the natural bone with a careful construction of spinal soft tissue. Importantly, the trademarked two-part intervertebral disc allows a dynamic look into herniation and the progressive dynamic nature of disc height loss in the degenerative disease paradigm. Accurate anatomical details of an innervated annulus pulposus (in our Professional LxH model) allows the patient to see pain generators clearly in the understanding of back pain. More exciting models are constantly being added to our product line. Follow us on YouTube for a sneak peak into our new models and Facebook to keep up with the pertinent research we highlight.
We continue to emphasize the careful crafted nature of these highly dynamic and anatomically detailed models. They professionally assist in the explanation of related etiological mechanisms and corresponding therapeutic strategies in the management and treatment of spine generated pain in a dynamic, interactive way.
**UPDATE** Stress/Strain data has been acquired on the models to present as a poster for NASS 2012.
In spinal health
Jerome Fryer BSc DC
President , Chief Innovation Officer
Dynamic Disc Designs Corp.
Realistic Spinal Disc Models
FOR DOCTORS: DDD models SAVE YOU TIME by improving communication and confidence as your patients see, touch and understand common spinal disc issues that lead to LBP and other related spinal conditions.
FOR TEACHERS AND EDUCATORS: these models are simply much closer to the real thing.