Pediatric Simulators

Baby Hal is an advanced, full size, portable new-born manikin simulator.

Some key features

Airway

• Oral and nasal intubation
• Use an ET tube or LMA
• Sensors detect depth of intubation
• Unilateral chest rise with right main stem intubation
• Multiple upper airway sounds synchronized with breathing

Breathing

• Control rate and depth of respiration and observe chest rise
• Ventilation is measured and logged
• Gastric distension with excess BVM ventilation
• Select independent left and right lung sounds
• Chest rise and lung sounds are synchronized with selectable breathing patterns
• Accommodates assisted ventilation, including BVM and mechanical support
• Unilateral chest rise and multiple breath sounds

Circulation and color change

• Multiple heart sounds, rates and intensities
• Chest compressions are measured and logged
• Blood pressure can be taken bilaterally using a cuff, palpation, or auscultation
• Blood pressure sounds audible between systolic and diastolic pressures
• Color, motion, and vital signs respond to hypoxic events and interventions
• Umbilical, fontanelle, and bilateral brachial pulses operate continuously
• Pulse strengths vary with blood pressure and pulses are synchronized with ECG
• Great for APGAR scoring

Control

• Change physiologic states using wireless control
• Use our scenarios or quickly build your own
• Sensors provide feedback on performance
• Changes in condition and care are time stamped and logged
• Instructors evaluate interventions and insert notes on real-time performance log

ECG

• View ECGs with physiologic variations generated in real-time
• Synchronized with pulses
• Conductive skin regions
• Apply real electrodes

Motion

• Forearm movement responsive to hypoxic events and interventions
• Neonate is fully responsive even when carried
• No tubes or wires to worry about

Physiologic Modeling

• Color and vital signs respond to hypoxic events and interventions

Sounds

• Vigorous cry synchronized with breathing
• Heart sounds include a normal heart as well as atrial and ventricular septal defects
• Respiratory sounds include both normal lungs as well as stridor and grunting

Venous access

• IV training arm
• Patent umbilicus
• Intraosseous access at tibia

Simulator

• Physical size is 50th percentile at 40 weeks gestational age
• Interchangeable genitalia
• Self-contained respiratory and circulatory functions

For complete product information see: www.gaumard.com.

Pediatric HAL is an advanced, full size, portable one year old child simulator.

Some key features

Airway

• Oral and nasal intubation
• Use an ET tube or LMA
• Sensors detect depth of intubation
• Unilateral chest rise with right main stem intubation
• Multiple upper airway sounds synchronized with breathing

Breathing

• Control rate and depth of respiration and observe chest rise
• Ventilation is measured and logged
• Gastric distension with excess BVM ventilation
• Select independent left and right lung sounds
• Chest rise and lung sounds are synchronized with selectable breathing patterns
• Accommodates assisted ventilation, including BVM and mechanical support
• Unilateral chest rise and multiple breath sounds

Circulation and color change

• Multiple heart sounds, rates and intensities
• Chest compressions are measured and logged
• Blood pressure can be taken bilaterally using a cuff, palpation, or auscultation
• Korotkoff sounds audible between systolic and diastolic pressures
• Color and vital signs respond to hypoxic events and interventions
• Bilateral carotid, brachial and radial pulses operate continuously
• Pulse strengths vary with blood pressure and pulses are synchronized with ECG

Defibrillate, Cardiovert and Pace

• Apply real electrodes and AED pads
• Use real EMS equipment
• See electrical interventions on your AED or our monitor ECG
• View ECGs with physiologic variations generated in real-time
• Synchronized with pulses
• Conductive skin regions
• Apply real electrodes

Motion

• Fully responsive even when carried
• Body convulses on command
• Eyes with programmable blink rate, pupil size and reaction time

Physiologic Modeling

• Color and vital signs respond to hypoxic events and interventions
• Speech library
• Vigorous cry synchronized with breathing
• Heart sounds include a normal heart as well as splits and murmurs
• Respiratory sounds include normal lungs as well as stridor, bronchial, wheezing, pleural friction and crackles

Venous access

• IV training arms
• IM sites on shoulders and thighs
• Intraosseous access at tibia

Simulator

• Physical size is 50th percentile one year old
• Self-contained respiratory and circulatory functions
• Eyes open and close
• NG and otic exercises
• Tracheotomy opening
• Interchangeable genitalia
• Two way wireless communication
• Internal rechargeable power

Control

• Change physiologic states using wireless control
• Use our scenarios or quickly build your own
• Sensors provide feedback on performance
• Changes in condition and care are time stamped and logged
• Instructors evaluate interventions and insert notes on real-time performance log

For complete product information see: www.gaumard.com.

Pediatric HAL is an advanced, full size, portable 5 year old child simulator.

Some key features

Airway

• Oral and nasal intubation
• Use an ET tube or LMA
• Sensors detect depth of intubation
• Unilateral chest rise with right main stem intubation
• Multiple upper airway sounds synchronized with breathing

Breathing

• Control rate and depth of respiration and observe chest rise
• Ventilation is measured and logged
• Gastric distension with excess BVM ventilation
• Select independent left and right lung sounds
• Chest rise and lung sounds are synchronized with selectable breathing patterns
• Accommodates assisted ventilation, including BVM and mechanical support
• Unilateral chest rise and multiple breath sounds

Circulation and color change

• Multiple heart sounds, rates and intensities
• Chest compressions are measured and logged
• Blood pressure can be taken bilaterally using a cuff, palpation, or auscultation
• Korotkoff sounds audible between systolic and diastolic pressures
• Color and vital signs respond to hypoxic events and interventions
• Bilateral carotid, brachial and radial pulses operate continuously
• Pulse strengths vary with blood pressure and pulses are synchronized with ECG

Defibrillate, Cardiovert and Pace

• Apply real electrodes and AED pads
• Use real EMS equipment
• See electrical interventions on your AED or our monitor ECG
• View ECGs with physiologic variations generated in real-time
• Synchronized with pulses
• Conductive skin regions
• Apply real electrodes

Motion

• Fully responsive even when carried
• Body convulses on command
• Eyes with programmable blink rate, pupil size and reaction time

Physiologic Modeling

• Color and vital signs respond to hypoxic events and interventions
• Extensive speech library
• Vigorous cry synchronized with breathing
• Heart sounds include a normal heart as well as splits and murmurs
• Respiratory sounds include normal lungs as well as stridor, bronchial, wheezing, pleural friction and crackles

Venous access

• IV training arms
• IM sites on shoulders and thighs
• Intraosseous access at tibia

Simulator

• Physical size is 50th percentile five year old
• Self-contained respiratory and circulatory functions
• Eyes open and close
• NG and otic exercises
• Tracheotomy opening
• Interchangeable genitalia
• Two way wireless communication
• Internal rechargeable power

Control

• Change physiologic states using wireless control
• Use our scenarios or quickly build your own
• Sensors provide feedback on performance
• Changes in condition and care are time stamped and logged
• Instructors evaluate interventions and insert notes on real-time performance log

For complete product information see: www.gaumard.com.

Super Tory is the first newborn simulator developed to meet the challenges of neonatal care specialist training in real environments. Active movement, true ventilator support, real patient monitoring, and all-day battery life. These are just a few of the revolutionary new capabilities which allow Super Tory to simulate complex pathologies and respond to interventions with unparalleled realism.

• Full term newborn: 8 lbs. 21 in.
• Wireless and tetherless: up to 8 hours
• Smooth and supple, full-body skin
• Crying and grunting
• Programmable dynamic lung compliance
• Normal and abnormal heart and lung sounds
• Blood pressure dependent palpable pulses
• Programmable movement - Mouth: gasping and clenching; Eyes: Blinking rate, eyes opened/closed; Appendages: Arm, leg, wrist flexion, and extension

For complete product information see: www.gaumard.com.

The infant airway / intubation head is an anatomically accurate reproduction of a 3 month old infant airway.

Some key features

• Realistic anatomy of the tongue, oropharynx, epiglottis, larynx, vocal cords, and trachea
• Practicing of oral and nasal intubation
• Practicing use of LMA (Laryngeal Mask Airway)
• Correct tube placement can be checked by practical inflation test
• Bag-Valve-Mask ventilation can be practiced
• Sellick Maneuver can be performed
• Stomach inflation
• Realistic tissue simulation

For complete product information see: www.laerdal.com.

The Neonatal Resuscitation Baby is a portable newborn infant manikin. It has a realistic airway, articulation, and umbilical catheterization capability.

Some key features

• Anatomically accurate head and airway with landmarks, trachea, esophagus, stomach and simulated lungs
• Oropharyngeal and nasopharyngeal airway insertion with right main stem intubation and suctioning
• Realistic chest rise and fall with bag-valve-mask ventilation
• Realistic practice of chest compressions
• Umbilical cord with two arteries and one vein facilitating high and low UAC and umbilical vein catheterization
• Use of shoulder roll permitted
• NG/OG tube insertion, care, medication administration, and removal possible
• Gastric lavage and gavage capable

For complete product information see: www.laerdal.com.

The pediatric airway / intubation head is an anatomically accurate reproduction of a pediatric torso designed for teaching the differences in pediatric and adult anatomy for airway management procedures.

Some key features

• Anatomically accurate airway allows sizing and insertion of various airway adjuncts: Oropharyngeal and nasopharyngeal airway insertion
• Endotracheal tube insertion and securing
• Bag valve mask ventilation
• Tracheal suctioning
• Manually generated carotid pulse
• Closed chest compressions

For complete product information see: www.laerdal.com.

The Laerdal Little Junior is a low tech, pediatric torso manikin used to practice basic life support skills.

Some key features

• Oral and nasal passages allow realistic nose pinch required for mouth-to-nose ventilation
• Natural obstruction of the airway allows students to learn the important technique of opening the airway
• Head tilt/chin lift and jaw thrust allow students to correctly practice all maneuvers necessary when resuscitating a real victim
• Chest rise is seen with correct ventilations
• Anatomically correct landmarks and sternal notch allow the student to practice identification of all anatomical landmarks relevant to child CPR
• Realistic chest compression resistance allows the students to experience the amount of pressure needed to perform proper chest compressions in a real-life situation

For complete product information see: www.laerdal.com.

Premature Anne is a realistically proportioned 25-week preterm manikin. 

Some key features

• Anatomically accurate, realistic airways
• Unilateral chest movement with mechanical ventilation
• Auscultation of lung sounds during ventilation 

For complete product information see: https://www.laerdal.com/us/products/simulation-training/obstetrics-pediatrics/premature-anne/

SimBaby is an advanced infant patient simulator for team training which features realistic anatomy and clinical functionality.

Some key features

• Realistic airway allows for training in all aspects of infant airway management including positive pressure ventilation, insertion of LMA’s and endotracheal intubations.
• Anatomy can be dramatically changed to represent conditions such as tongue edema, pharyngeal swelling and laryngospasm.
• Simulates spontaneous breathing patterns with variations in depth and rate, and complications such as retractions and see-saw breathing.
• IV arm and IV/IO legs allow practice of peripheral intravenous and intraosseus therapy.
• During hypoxic conditions, SimBaby will present cyanosis in the mouth region.
• Allows for live defibrillation, pacing and synchronized cardioversion.
• Fontanel can be adjusted to present as normal, sunken, or bulging.

For complete product information see: www.laerdal.com.

This pediatric auscultation trainer along with the SimScope stethoscope simulates heart, lung, and bowel sounds utilizing a large sounds library. The SimScope WiFi allows for wireless communication between the scope and computer software, allowing users to change sounds remotely or to use in conjunction with a scenario- based simulation.

The PAT BASIC™ trainer engages the technology of the SimScope™ stethoscope to simulate pediatric heart, lung, and bowel sounds utilizing a large sounds library. Using the provided SimScope™ stethoscope, users are able to access a large variety of pathological conditions in order to customize scenarios.

By placing the SimScope™ over the anatomically correct locations of PAT BASIC™, the programmed sounds will be played through the scope, allowing for students to employ and enhance their diagnostic skills.

The optional SimScope WiFi™ upgrade enables wireless communication between the Simscope™ and PAT BASIC™ manikin, allowing users to change sounds remotely or to use in conjunction with a scenario-based simulation.