An advanced endotracheal intubation model is a medical simulation tool designed to train healthcare professionals in the skill of endotracheal intubation. Endotracheal intubation is a procedure commonly performed in emergency medicine, anesthesiology, and critical care settings to secure a patient's airway and facilitate mechanical ventilation.
This advanced model typically includes a lifelike airway anatomy, allowing practitioners to practice the entire intubation procedure. It may consist of a molded head and neck with realistic features such as teeth, tongue, vocal cords, and trachea. The model is often anatomically accurate, providing a realistic training experience.
Features that may be included in an advanced endotracheal intubation model are:
Realistic airway anatomy: The model accurately represents the oral cavity, pharynx, larynx, and trachea, allowing practitioners to visualize and practice the entire intubation process.
Replaceable airway parts: The model may have replaceable airway parts like teeth, tongue, and vocal cords, allowing for repeated training sessions without the need to purchase a new model.
Adjustable difficulty: The model may have features that adjust the difficulty level, such as interchangeable airway sizes, to simulate different patient populations, from pediatric to adult.
Activation of adverse scenarios: Some advanced models allow instructors to activate adverse scenarios, such as difficult airways or anatomical abnormalities, to challenge practitioners and enhance their problem-solving skills.
By incorporating advanced features into the endotracheal intubation model, healthcare professionals can effectively improve their skillset and gain confidence. Training with models like the Intravenous Injection Arm or Trauma Nursing Model can also enhance skills across various areas of clinical practice, from trauma training to surgical skills. These models provide a safe and controlled environment for practitioners to learn and refine their techniques.
In addition to endotracheal intubation, there are many other medical simulation tools available for training in different areas. For example, the Electronic CPR Manikin or Full Body CPR Manikin can be used for CPR training, while the Nasal Cavity Structure Model or Gastric Lavage Training Model can enhance skills in specific procedures or anatomical regions.
Overall, the use of advanced medical simulation models allows healthcare professionals to develop their clinical skills, improve patient outcomes, and provide better quality care. These models provide realistic feedback and a hands-on learning experience, making them invaluable tools in medical training and education.
Features：
1. Oral/nasal cavity intubation practice and demonstration
2. Electronic monitor: LED light and voice indication
① Inserting to respiratory tract, air feeding, lungs will be inflated, green LED light flash
② Inserting to esophagus, air feeding, stomach will be
inflated, red LED light flash with alarm
③ Teeth pressure alarm when using of laryngoscope
incorrectly, yellow LED light flash with alarm
3. Comparison of normal pupil and dilated pupil
4. Packed with luxury carry case
