PVC lumbar intervertebral disc herniation demonstration model for medical education and training

This anatomical teaching model provides a tangible reference point for studying lumbar disc conditions, offering medical students and healthcare professionals a clear visual aid without requiring access to actual specimens. Measuring 11cm by 10cm by 7.6cm, the compact size allows for easy placement on demonstration tables or desks during teaching sessions. The white PVC construction ensures good visual contrast for studying anatomical details, while the 0.22kg weight makes it portable between different educational settings. This model serves as a practical tool for understanding intervertebral disc herniation structure and presentation.

Features and Construction

The model's design focuses on accurate representation of lumbar disc anatomy for educational purposes. Each element serves to enhance understanding of spinal conditions through physical demonstration rather than textbook diagrams alone.

Material and Build

Constructed from PVC, this demonstration model offers consistent durability for repeated handling in educational environments. The material maintains its shape through multiple teaching sessions, providing reliable anatomical reference points each time it's used. The white colour finish creates clear visual contrast that helps highlight the specific features of intervertebral disc herniation anatomy during demonstrations.

Size and Practical Fit

With dimensions of 11cm in length, 10cm in width, and 7.6cm in height, the model fits comfortably in hands during close examination or on demonstration surfaces during teaching sessions. The compact size makes it suitable for both individual study and group demonstrations, while the 0.22kg weight ensures easy portability between classrooms or training facilities. The protective packaging measuring 11.5x11x8cm provides secure storage between uses.

Uses and Placement

This anatomical model serves specific educational functions in medical training environments, providing visual support for understanding complex spinal conditions through physical demonstration.

Event or Professional Use

During medical training sessions or professional development workshops, this model offers a tangible reference point for discussing lumbar disc conditions with students or colleagues. The clear representation of intervertebral disc herniation anatomy supports explanations of spinal pathology, surgical approaches, or conservative treatment options. Its compact size allows presenters to transport it easily between different teaching locations while maintaining a consistent visual aid.

Everyday Home Use

For medical students studying spinal anatomy or healthcare professionals reviewing specific conditions, this model provides a hands-on reference that supplements textbook learning. The durable PVC construction withstands regular handling during self-study sessions, while the white colour ensures anatomical details remain clearly visible under various lighting conditions. The included packaging protects the model when not in use, maintaining its condition for repeated reference over time.

Benefits and Buying Value

The practical advantages of this demonstration model extend beyond initial purchase to ongoing educational utility, supporting understanding of spinal conditions through physical representation.

Reuse and Low Maintenance

The PVC construction requires minimal maintenance between uses, needing only occasional cleaning with a damp cloth to remove handling marks. The material's durability ensures the model maintains its anatomical accuracy through multiple teaching sessions, providing consistent reference points each time it's used. The protective packaging helps preserve the model's condition during storage or transport between educational settings.

Why Choose This Product

This demonstration model offers a practical alternative to diagrams or digital representations for studying lumbar disc anatomy, providing a three-dimensional reference that enhances understanding of spatial relationships in spinal structures. The specific focus on intervertebral disc herniation makes it particularly useful for medical students or professionals studying this common spinal condition. The compact size and portable design make it suitable for various educational environments without requiring specialised display equipment.