Vertebrae Models
Human Vertebrae Models provide high-quality replicas for study in a classroom setting or for reference in a physician consultation. A vertebral column model covers one of the three sections which are the cervical, lumbar, and thoracic vertebrae.
Anatomical replicas of the human vertebrae are mounted to display or are available in sets of individual bones for identification and visual inspection. What is unique about the vertebrae set, in compari
Human Vertebrae Model Options
3B Scientific is a leading manufacturer of anatomical models. 3B offers a variety of high-quality vertebrae models with options that concentrate on a specific section of the spine or provide a complete spine replica, such as the Didactic Human Spine Anatomy Model With Femur Heads that is mounted to mimic natural spine movement.
Cervical Vertebrae Model
Example:
Cervical Spinal Column Model is mounted on a stand containing the seven cervical vertebrae with supporting nerves, arteries, and spinal cord.

Lumbar Vertebrae Model
Example:
3B Lumbar Vertebrae, Flexibly Mounted, A76/8, details spinal nerves and dura mater within the lumbar spine. It's flexibly mounted to move realistically.

Thoracic Vertebral Model
Example:
Thoracic Spinal Column is a mounted spinal section replicating the 12 thoracic vertebrae in its anatomically correct position. The flexible model integrates the supporting nerves and spinal cord for anatomical study.

Bonelike Vertebrae Models
Example:
Bone Vertebrae Models combines all three sections of the spine and places each vertebra within a travel case to contain the bones in between patient consultations or anatomy presentation. The high-quality bones look like real human bones and are labeled for easy identification.

3B Vertebrae Models Include:
- A High-Quality, Durable Model
- Three-Year Warranty
- Access to 3B Smart Anatomy App
What Is the Smart Anatomy App?
Each model has a holographic label to make registration as easy as scanning it with a smartphone. This gives access to courses, tutorials, and virtual demonstrations for that model.
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