Medical Lumbar Intervertebral Disc Herniation Demonstration Model in White PVC for Anatomy Training

This anatomical demonstration model provides healthcare educators, medical students, and clinical professionals with a detailed visual representation of lumbar intervertebral disc herniation. Measuring 11x10x7.6cm and weighing 0.22kg, the model offers a compact yet informative tool for explaining spinal anatomy and common pathologies. Manufactured from PVC material, it serves as a practical educational aid for classroom instruction, patient consultation, or self-study without requiring specialised display equipment or significant storage space. The white colour option ensures clear visibility of anatomical features during demonstrations.

Features and Construction

The lumbar disc herniation model incorporates several design elements focused on educational utility and practical handling within medical training environments.

Material and Build

Constructed from PVC plastic, the model balances dimensional accuracy with material properties suitable for repeated educational use. PVC offers sufficient rigidity to maintain anatomical proportions while allowing for the intricate detailing necessary to demonstrate disc herniation pathology. The material selection supports the model's function as a demonstration tool rather than a surgical practice model, with attention given to visual clarity over tactile realism.

Size and Practical Fit

With external dimensions of 11cm by 10cm by 7.6cm, the model provides adequate detail for individual or small-group observation while remaining manageable for handheld demonstration. The 0.22kg weight facilitates comfortable handling during extended teaching sessions or clinical explanations. Packaging dimensions of 11.5x11x8cm indicate minimal storage requirements between uses, making the model suitable for educational settings with limited display space.

Uses and Placement

This anatomical model serves multiple educational functions across medical training and clinical communication contexts where visual aids enhance understanding of spinal anatomy.

Event or Professional Use

In formal educational settings, the model supports anatomy lectures, physiotherapy training, or nursing education programmes requiring demonstration of spinal pathologies. Medical professionals may utilise the model during patient consultations to visually explain lumbar disc herniation, treatment options, or surgical procedures. Its compact size allows integration into existing educational collections or portable teaching kits for off-site training sessions.

Everyday Home Use

For individual medical students or healthcare enthusiasts, the model provides a permanent anatomical reference for self-directed study or revision of spinal structures. The single-unit design requires no assembly or specialised knowledge to utilise effectively for personal education. Without electronic components or power requirements, the model offers straightforward educational value with minimal maintenance considerations.

Benefits and Buying Value

The demonstration model addresses specific educational needs through its focused design and practical implementation within medical training environments.

Reuse and Low Maintenance

PVC construction supports repeated handling without significant wear to anatomical details, allowing the model to serve multiple student cohorts or patient consultations over time. Without mechanical components or electronic elements, maintenance requirements remain minimal beyond basic cleaning and careful storage. The model's single-piece construction eliminates concerns about lost components or complex reassembly between uses.

Why Choose This Product

This model offers a specialised visualisation tool concentrating specifically on lumbar intervertebral disc herniation rather than generic spinal anatomy. The 11x10x7.6cm dimensions provide sufficient detail for educational purposes while remaining practical for various demonstration scenarios. For educators seeking an anatomical aid focused on this particular spinal pathology, the model delivers targeted educational value without unnecessary complexity or excessive cost associated with more comprehensive anatomical systems.