人体脊柱模型:脊柱解剖学模拟,用于医学神经骨骼教学的柔性脊柱模型,骨盆和股骨的自然尺寸

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Update time : 2025-11-10

Reference product link:https://www.yddol.com/products/6.html

Our Human Spine Model is a high-quality, life-sized representation of the human spine designed for educational and medical training purposes. This flexible spinal model accurately simulates the complex anatomy of the human spinal column, providing a comprehensive tool for understanding spinal structures and functions. It includes key anatomical features such as the pelvic and femoral bones, offering a complete and realistic representation of the neuroskeletal system.

This model is perfect for medical students, neurosurgeons, chiropractors, and healthcare professionals who require a detailed and flexible model to study spinal anatomy, movement, and pathologies.

Key Features:

  • Natural Size Model: This spine model is built to life-size scale, ensuring that students and professionals can easily study the spinal structure as it appears in the human body.

  • Flexible Spinal Anatomy: The spine is fully flexible, allowing for a realistic range of motion. You can demonstrate spinal flexion, extension, and rotation, providing a hands-on way to study spinal movement and mechanics.

  • Detailed Anatomical Accuracy: The model includes detailed representations of the vertebrae, intervertebral discs, nerves, pelvic bones, and femoral bones, offering a complete view of the spinal anatomy.

  • Comprehensive Spinal Structure: Includes all cervical, thoracic, lumbar, sacral, and coccygeal regions, providing an in-depth understanding of the human spine and its functions.

  • Interactive Medical Teaching Aid: Ideal for teaching about spinal injuries, diseases, and surgical procedures such as spinal fusion or decompression. The model also aids in understanding spinal biomechanics and the effects of different movements on the spine.

  • High-Quality, Durable Materials: Made from environmentally friendly, durable materials that can withstand frequent use in clinical settings and educational environments.

  • Clear Labels and Markings: Each part of the spine, including the vertebrae, nerves, and discs, is clearly labeled for easy identification and study.

Ideal For:

  • Medical Students and Neurosurgery Residents: Perfect for studying spinal anatomy, spinal diseases, and surgical procedures.

  • Chiropractors and Physical Therapists: A useful tool for demonstrating the range of motion in the spine and understanding spinal health and rehabilitation.

  • Healthcare Providers: Excellent for explaining spinal health, back pain, and spinal conditions to patients in a visual, understandable way.

  • Medical Educators: An essential teaching tool for providing interactive lessons on spinal anatomy, spinal diseases, and movement disorders.

Benefits of Using the Human Spine Model:

  • Enhanced Understanding of Spinal Anatomy: Offers a detailed, hands-on approach to studying the spine's complex structure, including its vertebrae, discs, and associated tissues.

  • Realistic Spinal Movement Simulation: The flexible model helps demonstrate how the spine moves in real-life conditions, including the effects of bending, twisting, and stretching.

  • Effective Teaching Tool: With its high level of anatomical accuracy, this model is perfect for teaching students about spinal diseases, injuries, and medical procedures such as spinal injections, fusions, or disc replacements.

  • Patient Education: Helps healthcare professionals explain spinal conditions like herniated discs, scoliosis, and degenerative disc disease to patients, improving understanding and treatment discussions.

  • Durability and Versatility: Made from durable materials that allow for easy handling, this model is ideal for long-term educational use.

The Human Spine Model is a must-have for anyone involved in medical training, neuroskeletal education, or patient care related to the spine. With its flexible design and realistic anatomical features, this model allows for detailed study and demonstration of the human spine in both its static and dynamic forms.

For more information or to place an order, please contact us today!

HUMAN SPINE MODEL


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