Explore our realistic anatomical lumbar models carefully handcrafted to accurately detail both normal and pathological problems found in spine. Anatomy that you can trust in a dynamic platform for spine education.
Find the right education tool for the right condition with our roster of cervical models. Explore our realistic and anatomically accurate cervical spine models for accurate spine education.
Dynamic Disc Designs Corp. is a spine education model company pioneered and developed by Jerome Fryer BSc DC. The attention to detail is unparalleled with many professional spine doctors and educators utilizing the models to help improve outcomes through patient education. If spine education is important to you, your company, or your institution, explore the most reputable dynamic spinal anatomy modeling company on the market today. Our human spine model focus is unmatched in quality and anatomical detail and being touted as revolutionary for spine educators world-wide. ddd produces spine models with dynamic anatomy including a herniating nucleus under manual compression. Each model is carefully handcrafted. With a dynamically flexible two-part intervertebral disc, now many more important anatomical and biomechanical features can be explained to help patients understand pain generators. These hands-on 3d models enable spine professionals (chiropractors, spine surgeons, osteopaths, physiotherapists) to quickly and easily show the complexities of spine movement to help improve education and clinical outcomes.
Anatomical models, in the past, have been static and not representative of the research. Dr. Jerome Fryer believed it was time to develop a modeling company that allows for a dynamic look into pain generators. ddd models are rooted from strong research and gives the spine professional confidence in using the models for effective patient education. Anatomical details include: innervation to the intervertebral disc, innervation to the facet joints, neoinnervation to inner annulus fibrosus, dynamic disc bulging, delamination to the annulus, dynamic disc height loss, disc herniation under load, flexion load and nuclear shifting, degenerative disc height loss, stenosis models, subluxation models, audible release models, lumbar models, cervical models, puncture models and much more.