Craniocervical Junction

Craniocervical Junction

$279.00

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Features

The Craniocervical Junction is a clinical-grade 3D printed anatomical model designed for medical educators, students, and health professionals. It delivers unparalleled teaching accuracy by replicating the occipital bone, cervical vertebrae, arteries, nerves, and discs at life-size scale. Choose this model to experience authentic anatomical detail and durable construction that supports advanced learning and demonstration.

Set the Standard for Anatomical Teaching with the Craniocervical Junction

Enhance medical training and education with the Craniocervical Junction. This model combines advanced 3D printing technology with traditional molding methods to provide a flawless reproduction of the upper spine and base of skull. It displays every structure, including vertebral arteries, spinal cord, and intervertebral discs, true to life. Use it in classrooms or clinics to empower hands-on understanding, reinforce complex neuroanatomy, and facilitate safe, effective instruction. The robust construction stands up to frequent use, making it a long-term asset for any anatomy program seeking precision and realism.

Features and Benefits

  • 1 -1 scale replica based on an original human specimen
  • Includes occipital bone, cervical vertebrae, vertebral arteries, intervertebral discs, cord, and nerves
  • Produced with state-of-the-art 3D printing and hand-molded techniques
  • Highlights every anatomical detail for clinical-grade accuracy
  • Designed for education, demonstration, and advanced anatomy study
  • Australian-made and supported, shipped Australia-wide with fast dispatch

Indications for Use

  • Medical and anatomy education
  • Professional training for clinicians and therapists
  • University, college, or school teaching
  • Medical demonstration for patient education
  • Surgical and procedural training reference

Size Guide

  • True-to-life 1 -1 scale model
  • Dimensions match original human craniocervical anatomy
  • No variant sizes—each model represents a standard adult specimen

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