Human Larynx Model, 2 Times Full-Size, 7 Part, 1000272

$525.95

Description

Magnified Size: The model is two times the size of a real human larynx, which allows for a much clearer view of its intricate structures than a life-sized model.
7-Part Disassembly: The model can be taken apart into seven key components, allowing for a layered study of the larynx's anatomy. These parts include the hyoid bone, various cartilages, and ligaments.
Anatomical Accuracy: The model is highly detailed and accurately represents the cartilage, ligaments, and muscles of the larynx. It clearly shows both the true and false vocal cords and the epiglottis.
Functional Movement: A key feature is the ability to demonstrate the movement of the vocal cords. The arytenoid cartilages can be moved to show the opening and closing of the glottis, which is crucial for understanding how we produce sound and breathe.
Durable and Mounted: Made from high-quality, long-lasting synthetic materials, the model is built to endure frequent use. It is mounted on a stand for stability and easy display.
Digital Integration: The model often comes with access to the 3B Smart Anatomy app. This digital resource offers a virtual 3D model, quizzes, and educational courses that complement the physical model.

Speech and Language Pathology: This model is an essential tool for training speech-language pathologists. It helps students understand the anatomy of the larynx and vocal cords, which is vital for diagnosing and treating voice disorders.
Anatomy and Medical Education: The model is widely used in medical schools, nursing programs, and biology classes to teach the anatomy of the respiratory and vocal systems.
Patient Education: ENT doctors and speech therapists use the model to explain vocal cord conditions and treatment plans to patients in a clear, visual way. The ability to demonstrate vocal cord movement makes it easier for patients to understand their condition.
Classroom Demonstrations: The model's large size and functional movement make it perfect for group demonstrations, ensuring all students can see the structures and understand their function.

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