Brochure - CAE Healthcare

BabySIM
Babies Need Special Care

Caring for our most
precious patients.
Bulging
fontanel
capability
Blinking eyes
Variable pupil
size
Tearing and
secretions
of fluids
from ears,
eyes and
mouth
Realistic
airway
Crying,
cooing,
giggling
Trachea
with realistic
anatomical
landmarks
Chest excursion
Seesaw breathing
Heart sounds
Breath sounds
Unilateral needle
decompression and
chest tube insertion
Bilateral brachial
and femoral
pulses
Bowel
sounds
Interchangeable
genitalia
Urine output

Intraosseous
insertion
Babies Need Special Care
Treating a critically-ill infant requires a unique skill set that
can only come from hands-on, real time experience. Knowing
what to look for and how to find answers — quickly
and with no mistakes — is essential. But this kind of experience
can’t come from exposure to critical care situations in
practice. The stakes are simply too high and the patients
too precious. When a parent hands over their sick baby to a
medical professional, they are counting on a miracle.
BabySIM incorporates highly developed infant physiological
models that generate realistic and automatic responses
to clinical interventions and drug administration. Unlike a
task-trainer, BabySIM automatically responds to learner interventions
and represents a true-to-life response to these
interventions. By providing a realistic means to bridge
the gap from didactic learning to clinical application, the
BabySIM provides the best transition for learners to apply
their knowledge of infant patient care in a safe, no-risk environment.

Patient Status Display
provides a fully
customizable,
manageable view of
patient data. Colors
and alarms can be
modified directly from
the Run Screen as well.
Recent Event Logs on
the Run Screen keep
you updated, while
complete event and
physiological data
is logged in the SCE
history.
Scenarios automatically
load as part of the SCE.
Scenario states and
progression can
be controlled directly
from the Run Screen.
BabySIM comes standard with CAE Healthcare’s extraordinary user interface, Müse. From
running your simulator to accessing and managing patients and scenarios, Müse offers
drag-and-drop simplicity and touch-screen capability making control as simple as a
tap of the finger. Müse runs on web-based technology so it connects wirelessly to your
network and comes with TouchPro Patient Monitor software including capnography.
Simulated Clinical Experiences (SCEs)
bundle ready-to-go patients, scenarios,
educational content and setup
preferences to automatically load
together when you run a SCE.
Parameter controls allow
you to affect the physiological
modeling with
the click of a button.
SCE timeline provides the ability to
place bookmarks throughout a SCE
and to return to the patient’s bookmarked
physiology at any point.
Patient reset button allows
you to quickly save and
return to the patient’s original
baseline physiology without
having to restart the SCE.

The fully customizable
Quick Links lists help
you easily and accurately
apply complex
medical conditions,
medications and
interventions directly
from the Run Screen.
Fluid loss and
administration
controls support
varying rates.
Multi-user, unique
password system
allows institutions to
predefine privileges of
users and operators.
Medication Monitor shows current concentration of any administered
medication in the patient. Administered drugs can be “reset,”
immediately removing all effects of the medication from the
patient for training purposes.
TouchPro Simulated Patient Monitoring
Software
Müse comes with the TouchPro Patient Monitoring
software that looks and acts just like a real-world patient
monitor including touch-screen capability and capnography.
• Operates wirelessly or via wired Ethernet
• Can be run on a touch-screen computer or tablet
• Waveforms and numeric vitals can be changed with
drag-and-drop simplicity
• Can display up to six waveform traces and four
numeric vitals
• Web-based for PC or Mac
SCE Development Software
Create and edit Müse patient scenarios on any Mac or PC
when away from the instructor’s workstation. Four standalone
licenses included with the purchase of each simulator.
Waveform Selection
• ECG Lead I
• ECG Lead II
• ECG Lead III
• ECG Lead V
• Arterial Blood Pressure
Numeric Selection
• Heart Rate
• Pulse
• Arterial Blood Pressure
• MAP
• NIBP
• Pulmonary Artery Pressure
• PCWP
• Central Venous Pressure
• Continuous Cardiac
Output
• Thermodilution Cardiac
Output
• Respiratory Rate
• Central Venous Pressure
• Optoplethysmograph
• Capnogram
• Pulmonary Blood
Pressure
• SpO2
• PAO2
• PaO2
• PACO2
• PaCO2
• EtCO2
• PvO2
• PvCO2
• ICP
• Body Temperature
• Blood Temperature
• Axillary Temperature
• Rectal Temperature

BabySIM Clinical Features
INFANT MANNEQUIN
A complete reproduction of an actual six
to nine month infant patient measuring
25.75 inches (65.4 cm) tall, weighing 16.25
pounds (7.37 kg) and fully operational in
the supine, lateral and sitting positions.
HEAD ANATOMICAL FEATURES
The infant mannequin head offers tremendous
realism with features such as:
• Articulating mandible that supports
mask ventilation
• Functional eyelids with blink settings
and three manually adjusted pupil
settings (normal, pinpoint and blown)
• Exhalation of air and CO 2
• Preset sounds such as crying,
cooing and giggling
• Secretions from the eyes, ears and mouth
• Palpable anterior fontanel with intra-
cranial pressure of normal to bulging
AIRWAY FEATURES
BabySIM provides an anatomically realistic
upper airway that includes all of the following
features:
• Hard and Soft Palate
• Oropharynx
• Nasopharynx
• Laryngopharynx
• Conical Trachea
• Carina
• Clinical Device use such as a LMA
• Spontaneous and Mechanical
Ventilation
GENITOURINARY
• Male and Female Genitalia
• Urine Output
THORAX AND PERIPHERY
FEATURES
The infant mannequin was designed to
support a wide range of clinical interventions.
Each of the following features helps
to isolate specific learning objectives:
• Bilateral Chest Excursion
• Bilateral Breath Sounds—normal and
abnormal—synchronized with
breathing and independently
synchronized ventilation
• Seesaw breathing
• Synchronized Heart Sounds (normal
and abnormal)
• Chest Compressions – generate
palpable pulses, artificial circulation,
cardiac output, peripheral blood
pressures, and CO 2 return
• 3-Lead ECG Monitoring
• Cardiac Pacing
• Synchronized Cardioversion
• Defibrillation
• Needle Decompression (unilateral)
• Chest Tube Insertion with Drainage
(unilateral)
• Auscultation of Korotkoff Sounds
• Bowel Sounds
• Four Bilateral Pulses (brachial and
femoral)
TRAUMA FEATURES
BabySIM provides airway trauma features
that allow for the use of appropriate clinical
supplies and equipment and include all of
the following:
• Laryngospasm
• Bronchial Occlusion
• Esophageal, Nasal and Oral Intubation
• End Tidal CO2 Detection via Colormetric
Device (ETCO 2 )
Additionally, the mannequin provides
critical airway landmarks, allowing for the
following accurate respiratory therapeutic
interventions:
• Oropharyngeal Intubation
• Nasopharyngeal Intubation
• Bag-Valve-Mask (BVM) Ventilation
• Laryngoscopic Procedures
• Endotracheal Tube Intubation
PHARMACOLOGY FEATURES
The BabySIM mannequin has IV access site
(femoral) and a specific infant drug library
designed to isolate critical pharmacology
learning objectives. Pharmacokinetics and
pharmacodynamics are pre-programmed.

Enhance your learning experience
METI Learning Modules include a collection of
carefully defined Simulated Clinical Experiences
(SCEs) that allow you to easily integrate
specific learning content into your program.
Below are just some of the learning modules
available for BabySIM, for a complete list visit
caehealthcare.com.
Infant nursing Learning Module
Includes eight SCEs developed from the
Program for Nursing Curriculum Integration
(PNCI®) for those specifically interested in
simulations involving the care of an infant
patient.
• Abandoned Healthy Newborn
• Congenital Cardiac Abnormalities
• Myelomeningocele
• Newborn with Respiratory Distress
• Care of a Baby with RSV Bronchiolitis
• Septic Baby Secondary to Prolonged
Rupture of Membranes
• Shaken Baby Syndrome
• Substance Exposed Neonate
Infant emergencies Learning
Module
Includes eight SCEs that are designed to teach
common medical emergencies that are most
often associated with babies and infants.
• Burn Injury
• Submersion Injury
• Electrocution
• Envenomation
• Gunshot Wound
• Meningitis
• Methamphetamine Exposure
• Traumatic Brain Injury
STANDARD EQUIPMENT
• BabySIM Mannequin
• Power and Communications Unit (PCU)
• Instructor’s Laptop Workstation
• Waveform Display Monitor
• Müse® Software
• Two preconfigured patients and
four preconfigured SCEs
• TouchPro Software
• 4 SCE Development Software Licenses
• Mannequin Carrying Case
OPTIONAL EQUIPMENT
• Auxiliary Portable Power Supply
• Air Compressor
• Remote Control Laptop
• Computer Bag
• Gas Accessory Kit
• TouchPro Patient Monitor Computer
• Training
• Installation & Orientation
• Support & Maintenance Upgrade
• Pharmacology Editor

© 2012 CAE Healthcare 321-0212
CAE Healthcare offers advanced patient, imaging, surgical and learning simulation-based
solutions to improve patient safety and outcomes. Our leading-edge products and learning applications
provide risk-free practice and professional development to physicians, nurses, EMS
responders, military medics, students and allied health professionals around the world.
caehealthcare.com
For more information about CAE Healthcare
products, contact your regional sales manager,
the CAE Healthcare distributor in your country,
or visit caehealthcare.com.
Tel +1 941-377-5562
Toll-free in North America 866-233-6384