SIMCharacters Paul - Clinical Features
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SIMCharacters Paul
Deliver highly realistic neonatology training
High-Tech. High Fidelity.
In The Smallest Of Spaces.
Every year, 15 million babies are born preterm. That equates to 1 in 10 babies that require high-quality care in a uniquely complex and time-sensitive process.
Improve outcomes for premature infants by combining lifelike anatomy with state-of-the-art technology.
SIMCharacters Paul is a true-to-life, 27-week (+3) premature baby simulator developed by a team of medical and design experts. Paul combines anatomically correct 3D-printed airways based on real-life preterm MRI scans, physiological and pathological breathing patterns, realistic internal structures, and lifelike facial and skin features.
Paul ensures readiness for low-frequency, high-risk premature birth scenarios through precise anatomy and realistic pathologies.
From competency to critical care, Paul uniquely reshapes simulation training and empowers neonatal care providers to excel in real-world situations.
Learn more about SIMCharacters and Laerdal partnership
Authentic both inside and out with feedback
Lifelike External Anatomy
- Pregnancy week: 27+3
- Weight: 1090 grams (2.42. pounds)
- Length: 35cm (13.7 inches)
- Head circumference: 26cm (10.2 inches)
- Real hair
Unique Internal Anatomy
- Highly realistic upper airway
- Ideal for LISA, MIST, INSURE
- Oral and nasal intubation
- Physiological lungs
- Stepless lung compliance
Circulation
- Noiseless palpable pulse on all four extremities and umbilical cord
- Realistic chest compressions
- Insertion of peripheral venous lines
- Insertion of umbilical vein catheters
- Auscultation of heart, lung, and bowel sounds
Respiration
- Spontaneous or inverted between 0-100 breaths/minute
- Realistic values under mechanical ventilation
- Inverted breathing
- Paradox breathing patterns
- Pathological breathing sounds
- Pneumothorax
Sensors
- Sensor for head position
- Detection of tube position in the trachea or esophagus
- Detection of intubation depth
- Reduced ventilation of the left lung when intubating the right main bronchus
- Visuals for efficiency of chest compressions
- Sensor for pulse palpation
- Detection of cutting the umbilical cord
- Detection of umbilical vein catheter and depth of penetration
Stethoscope
- Optimized position-dependent auscultation of respiratory, heart, and stomach sounds via Bluetooth stethoscope
Intuitive Touch Controls
- Controls via laptop or tablet
- Clean user interface
- 3D animations in real time
- 3D animation of the simulator
- Display of all simulator states and measurements in real time
- Full control of all vital parameters
Realistic Patient Monitors
- Easy switching to the preferred manufacturer
- Full functionality of monitors from Dräger, Philips, GE, and Nellcor
- Familiar touch controls
- Pre and post ductal saturation
- Endtidal CO2 curve
- Easy customization of curves, colours and configurations
Wireless Operation
- 3 hours of mobile battery use
- Battery indicator under the skin
- Individual components connect via Wi-Fi
- Charging via charging pad or charging cable
- Ideal for in-situ simulation training
"Paul’s airway is absolutely realistic. You feel like you are intubating a real premature baby."
Dr. Martin Wald, Head of Neonatology Department. Paracelsus Medical University Salzburg
Supports Training for:
- Respiratory Distress Syndrome (RDS)
- Bronchopulmonary Dysplasia (BPD)
- Pneumothorax
- Necrotizing Enterocolitis (NEC)
- Abdominal distension
From effective task trainers to realistic simulators
Effective training for the preterm patient pathway
Providing effective care for the smallest infants is a result of relevant training and diligent practice.
- Learners begin their journey with the Premature Anne.
- A proportioned 25-week preterm trainer created for mastering necessary proficiencies for preterm infant care.
- Helps large groups of learners build confidence and refine essential skills.
- Developed in collaboration with the American Academy of Pediatrics.
Mama - a baby's first word
The importance of "Mama" is shared across languages and cultures.
But when a mother is lost during the labor and delivery process, it can have a potentially devastating effect on the family, community, and society.
Read how simulation training made a difference in ensuring a newborn would be able to have his “Mama”
An alternative approach to improving neonatal care
High Emotion Simulation
In this article, learn how Jens Schwindt, CEO of SIMCharacters, determined the key factors needed for an optimal training environment that empowers healthcare professionals, ultimately leading to the creation of their first premature baby, Paul.
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