The JY/FT330 High-Intelligence Infant Simulator is a state-of-the-art training mannequin designed for advanced medical schools, nursing colleges, vocational health institutions, pediatric departments, and clinical practitioners. Constructed with high-quality imported thermoplastic, this simulator is durable, waterproof, temperature resistant, and maintains its realistic shape and elasticity over time.

Key Features:

1. Realistic Design & Material: The infant’s body is crafted from imported thermoplastic, ensuring lifelike elasticity, high durability, and resistance to extreme temperatures, making it ideal for repeated clinical practice.

2. Interactive Caregiving Simulation: The simulator exhibits natural infant behaviors including crying, fussing, and displaying distress. Learners must respond appropriately to each scenario, reinforcing correct neonatal care procedures.

3. 48-Hour Continuous Training Program: Each simulation runs continuously for 48 hours, featuring 25–27 caregiving events that last 5–30 minutes each, requiring trainees to provide approximately 7 hours of total attentive care.

4. “Key” System for Problem-Solving: Trainees receive a set of “keys” to calm the infant. Correct responses depend on identifying the cause of distress and applying the proper key; incorrect choices will result in continued crying.

5. Emergency Override: A special emergency key allows instructors to intervene when learners cannot resolve the infant’s distress independently, ensuring uninterrupted training.

6. Instructor Feedback Control: The simulator includes a control box that alerts instructors when trainees perform incorrect caregiving techniques, facilitating precise skill assessment and real-time guidance.

The JY/FT330 enhances neonatal care education, enabling students and clinical staff to gain hands-on experience with realistic infant responses in a safe and controlled environment. Its interactive, continuous, and scenario-based design fosters critical thinking, attention to detail, and confidence in handling newborns, making it an essential tool for modern neonatal and pediatric training programs.