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Laerdal Emily & Emma - Advance High Fidelity Neontal Patient Simulator
The Laerdal Emily and Emma are advanced full-term neonatal simulators designed for realistic newborn resuscitation training, delivering lifelike anatomy, sophisticated physiology, and immersive team-based neonatal emergency education.
- MRI-based neonatal airway for realistic intubation training
- Realistic spontaneous breathing and lung simulation
- CPR feedback with integrated performance sensors
- Wireless operation with intuitive simulation software.
Key Features of Laerdal Emily and Emma
Built to enhance neonatal emergency training, the Laerdal Emily and Emma combine realistic anatomy, intelligent sensors, advanced airway simulation, and intuitive software to improve clinical decision-making, technical skills, and team performance.
Product Features
- Advanced Airway Simulation
- MRI-scanned airway for highly realistic intubation training
- Oral, nasal and laryngeal mask airway placement
- Realistic Neonatal Physiology
- Spontaneous and pathological breathing simulation
- Realistic heart, lung and abdominal sounds
- Critical Care Training
- PICC, umbilical catheter and intraosseous access
- CPR feedback with shockable and non-shockable arrhythmias
- Intelligent Simulation Workflow
- Wireless operation with real-time trainer feedback
- Integrated debriefing and preconfigured patient monitors
Specifications and Documentation
Explore technical specifications and download essential product information and reference materials.
Specifications
- Application
- Neonatal Resuscitation & Critical Care Training
- Simulation Type
- High-Fidelity Full-Term Newborn Simulator
- Patient Models
- Emily (Light Skin Tone) & Emma (Dark Skin Tone)
- Gestational Age
- 39+6 Weeks
- Weight
- 3400 g
- Length
- 51 cm
- Head Circumference
- 35.5 cm
- Airway Management
- Oral & Nasal Intubation, Laryngeal Mask Airway
- Breathing Features
- Spontaneous & Pathological Breathing, Pneumothorax, Bilateral Chest Movement
- Cardiac Simulation
- CPR Feedback, Shockable & Non-Shockable Arrhythmias, Palpable Pulses
- Vascular Access
- Umbilical Venous & Arterial Access, PICC Line, IO Access, Central Line
- Patient Monitoring
- ECG, End-tidal CO₂, Pre- & Post-Ductal SpO₂, Clinical Monitor Simulation
- Control Software
- Integrated Touchscreen Software with Real-Time Scenario Control
- Connectivity
- Completely Wireless (Wi-Fi)
- Battery Runtime
- Up to 4 Hours of Mobile Operation