Medical lumbar intervertebral disc demonstration model for anatomical teaching and training

This anatomical demonstration model provides medical educators, students, and healthcare professionals with a tangible reference point for understanding lumbar intervertebral disc herniation. Constructed from white PVC, the model presents the spinal condition in three dimensions, allowing for detailed examination of the anatomical structures involved. With dimensions of 11cm by 10cm by 7.6cm and weighing just 0.22kg, it offers a portable solution for classroom instruction, clinical training environments, and patient education sessions where clear visual communication of spinal pathology is required.

Features and Construction

The model's design focuses on accurate representation of lumbar intervertebral disc anatomy for educational purposes. Its construction materials and dimensions have been selected to balance detail with practical handling during teaching sessions.

Material and Build

Manufactured from PVC (polyvinyl chloride), this demonstration model provides a rigid structure that maintains its shape during repeated handling. The white colouration offers neutral background that helps anatomical features stand out clearly, making it suitable for photography in educational materials or for projection during presentations. PVC construction ensures the model can withstand regular use in training environments without significant wear affecting its educational value.

Size and Practical Fit

Measuring 11cm in length, 10cm in width, and 7.6cm in height, the model presents anatomical details at a scale that allows both individual study and group viewing. The compact dimensions mean it can be easily transported between classrooms, clinics, or study spaces while fitting comfortably on most desks or demonstration tables. Weighing 0.22kg, it provides substantial enough presence for handling demonstrations without being cumbersome for educators to carry throughout a teaching day.

Uses and Placement

This demonstration model serves multiple educational functions within medical training and patient communication contexts. Its design supports both formal instruction settings and individual learning scenarios.

Event or Professional Use

In medical education settings, the model functions as a teaching aid for anatomy lecturers explaining lumbar spine pathology to students. Healthcare professionals can use it during patient consultations to visually demonstrate what intervertebral disc herniation involves, helping patients understand their condition more clearly. At medical conferences or training workshops, it serves as a reference point for discussions about spinal disorders and treatment approaches.

Everyday Home Use

Medical students can utilise the model for personal study and revision of spinal anatomy between formal teaching sessions. Those preparing for anatomical examinations benefit from having a three‑dimensional reference to supplement textbook diagrams. The model's size makes it suitable for study desks or bookshelves in home learning environments, providing immediate access to a physical representation of lumbar disc herniation whenever revision is required.

Benefits and Buying Value

This anatomical model addresses specific needs in medical education through its practical design and clear presentation of spinal pathology.

Reuse and Low Maintenance

The PVC construction allows for repeated handling without deterioration of the anatomical details, making the model suitable for multiple classes or training sessions over time. Simple storage in its original packaging (11.5cm × 11cm × 8cm) protects the white surface from dust accumulation between uses. With no complex maintenance requirements beyond basic cleaning, educators can focus on teaching rather than model care.

Why Choose This Product

This demonstration model provides a dedicated visual aid specifically for lumbar intervertebral disc herniation, offering more focused detail than general spinal models. Its precise dimensions ensure consistent presentation of anatomical relationships, while the white PVC material gives clear contrast for educational photography or projection. For medical trainers needing a reliable, portable anatomical reference that illustrates this specific spinal condition without requiring human specimens, this model presents a practical solution.