Human Nasal Cavity Structure Model

The nasal cavity is an important structure in our respiratory system, helping to filter, warm, and humidify the air we breathe before it reaches our lungs. To understand the internal structure of the nasal cavity, medical professionals use anatomical models, such as the nasal cavity structure model, which provides a realistic representation of the nasal conchae and mucous membrane. This kind of model is often used in clinical skill training models or in medical training manikins, such as the full body trauma manikin or the full body CPR training manikin.

Medical training manikins come in various types and are designed for different purposes, including ACLS training, AED training, and trauma training. These manikins may feature special structures like the simulated cricoid membrane, or internal technology skills like the comprehensive puncture and percussion manikin. Other medical training manikins may focus on specific areas of medical practice, such as obstetrics and gynecology skills, pediatrics, geriatric care, or specialized care, such as the prostate exam simulation model.

Anatomical models are also used to teach diagnostic skills, orthopedic skills, surgical skills, endoscopic skills, and nursing skills. For example, the lumbar puncture training model or the abdominal palpation model can help medical students and professionals develop their diagnostic skills. Anatomical models that showcase the skeletal model, facial bones model, or normal lumbar assembly model can aid in teaching orthopedic skills.

Overall, medical training models and anatomical models are crucial tools in medical education. They allow medical professionals to develop the necessary skills and knowledge to provide effective care to patients.

Features：
Model demonstrates external and internal structure of nasal cavity. Half like size.