Vertebral Column With Pelvis and Femur Heads – Life-Size 85 CM Spinal Teaching Model

The human spine is a complex structure of alignment, articulation, and neural connection—and the MYASKRO 85 CM Vertebral Column Model brings that complexity to life with exceptional clarity. From the base of the skull to the tips of the femur heads, this life-size model is designed to teach, explain, and demonstrate the structure and function of the vertebral column in detail.

This model includes all 24 vertebrae—cervical, thoracic, lumbar—along with the sacrum, coccyx, pelvis, and bilateral femur heads. It also features a clearly marked herniated disc, spinal nerves, vertebral artery, vertebral notch, and nerve root pathways, allowing for a full anatomical and clinical demonstration.

At 85 cm tall, it’s perfectly scaled for classroom visibility, OPD explanation, and practical demonstrations. The model is mounted on a stable metal stand with a triangular base and top hook, making it ideal for standing display during lectures, physiotherapy rounds, or spinal rehabilitation sessions.

Used by orthopedic surgeons, chiropractors, physiotherapy educators, neurospine clinics, and MBBS/BPT faculties across India, it provides a 360-degree understanding of spine structure and spinal cord involvement. From postural education to disc herniation explanation, this model makes it all accessible and visual.

“We introduced this model in our ortho OPD at ESIC Medical College, Hyderabad. It’s been incredibly useful in showing disc herniation and nerve root pressure to patients,” says Dr. Mansi Tripathi, Ortho Consultant.

If your goal is to teach spinal mechanics, explain surgical indications, or prepare students for neuroanatomy exams, this model gives you a high-fidelity platform to make it happen. Functional. Durable. Unmissable in any learning environment.

A Full-Spine Teaching Tool – From C1 to Coccyx in Clinical Detail

This MYASKRO vertebral column model isn’t just a spine—it’s a complete roadmap of the human axial skeleton. At 85 cm tall, it provides a life-size, accurate replica of the full vertebral column, complete with adjoining pelvic structure and femur heads for full anatomical orientation.

The model highlights every important structure:

• Cervical spine (C1–C7) – including atlas and axis with odontoid process
• Thoracic and lumbar vertebrae – accurately spaced and shaped for curvature analysis
• Sacrum and coccyx – fused segments mounted to the pelvic girdle
• Pelvis with bilateral femur heads – showing the load-bearing interaction of hip and spine

Key features include:

• Spinal nerve roots emerging clearly between vertebrae
• Vertebral artery pathway through the cervical spine
• Herniated lumbar disc for clinical demonstration
• Vertebral notch and intervertebral foramen visibility

Whether you're teaching spinal curvature, demonstrating nerve impingement, or preparing students for OSCE exams, this model gives you a hands-on, real-time visual experience that diagrams simply cannot match.

It is especially useful in:

• Physiotherapy and MBBS classrooms for full-spine orientation
• OPD consultations to explain sciatica or disc prolapse
• Chiropractic and osteopathic clinics for structural diagnosis

The metal stand with tripod base ensures that the model stays upright and accessible, even when rotated or handled during demonstrations. Constructed from high-grade PVC and reinforced joints, it is built for long-term use across academic and clinical settings.

“Our BPT batch at DY Patil University, Navi Mumbai found this model perfect for palpation practice and understanding spinal curvature patterns,” shares Dr. Ritu Sinha, Lecturer, Department of Anatomy.

With both anatomical accuracy and teaching practicality, this model brings your spinal curriculum—and patient education—into sharp focus.

Where Function Meets Form – A Model That Defines Spinal Education

The human spine is more than a column of bones—it’s a functional masterpiece that supports posture, protects the spinal cord, and allows movement. With the MYASKRO 85 CM Vertebral Column Model, you can explore this complexity in a way that is interactive, visible, and clinically meaningful.

This model does more than show vertebrae—it demonstrates relationships. It connects cervical misalignment to nerve compression. It links lumbar disc herniation to leg pain. It helps explain postural imbalances to patients in a visual, relatable way that builds trust and understanding. In short, it turns knowledge into communication.