A child endotracheal intubation model is a medical teaching tool designed to simulate the procedure of placing an endotracheal tube in a child's airway. It is commonly used in medical education and training programs, particularly in pediatric medicine and anesthesia.
The model typically features a lifelike, anatomically accurate representation of a child's head and neck, complete with realistic airway structures such as the oral cavity, pharynx, larynx, and trachea. It is usually made of durable materials that can withstand repeated use and manipulation.
The purpose of the child endotracheal intubation model is to provide a realistic training experience for healthcare professionals who need to learn or improve their skills in pediatric intubation. The model allows users to practice the entire procedure, from pre-intubation assessment to tube insertion and confirmation of proper placement.
The model may include additional features to enhance the training experience, such as a simulated lung that inflates and deflates with proper tube placement, vocal cords that move realistically, and a feedback mechanism to indicate successful tube insertion.
By using a child endotracheal intubation model, healthcare professionals can gain confidence and proficiency in this critical procedure, ensuring safe and effective care for pediatric patients in real-life clinical settings. The model can be used in conjunction with other medical teaching tools, such as the intravenous injection arm model, trauma nursing model, and electronic CPR manikin, to provide a comprehensive learning experience. The airway anatomy model and vital sign simulation can further enhance the understanding of the complex physiological processes involved in pediatric intubation.
Features：
1. Realistic anatomical structure, include tongue, oral pharynx, trachea,
epiglottis, glottis etc.
2. Intubation via oral/nasal cavity
3. Head lift to open airway
4. Blow to inflate lungs or stomach to verify intubation position
① Inserting to respiratory tract, air feeding, lungs will be inflated
② Inserting to esophagus, air feeding, stomach will be inflated
