Fabrication Enterprises Inc 12-4531 Flexible Spinal Column Model

Product Description

The FABRICATION ENTERPRISES INC 12-4531 is a full flexible spinal column anatomical model built for hands-on clinical demonstrations and educational use. The spine is constructed with flexibility designed to allow realistic range-of-motion displays during instruction or patient consultation. Key anatomical details include a male pelvis, occipital plate, an L3-L4 prolapsed disc, labeled spinal nerve exits, and a cervical vertebral artery. Movable mounted femur heads and painted muscles add functional and visual clarity for demonstrating spinal and pelvic anatomy. The model ships as a single unit and weighs 6 pounds.

This model is suited for anatomy classrooms, physical therapy clinics, chiropractic offices, orthopedic practices, and medical training facilities. It supports hands-on demonstration of spinal pathology, nerve root involvement, and pelvic structure. The flexible spine allows instructors and clinicians to physically manipulate the model to illustrate posture, disc involvement, and vertebral alignment. Note that a stand is not included with this unit.

Key Features

• Flexible spinal column construction supports hands-on range-of-motion demonstrations
• Includes male pelvis and occipital plate for full spinal column representation
• L3-L4 prolapsed disc depicted for pathology illustration
• Spinal nerve exits and cervical vertebral artery labeled on model
• Movable mounted femur heads allow pelvic joint demonstration
• Muscles painted directly on model for visual anatomical reference

Compatibility

Designed as a standalone anatomical demonstration model for educational and clinical environments. Stand is not included and must be sourced separately.

Installation Notes

No installation is required for this anatomical model. Position the model on a compatible stand, purchased separately, on a stable flat surface before use. Handle the flexible spine components with care to avoid overstressing joints or painted surfaces. Keep out of reach of unsupervised individuals to preserve model integrity.