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Laerdal
Sim-Man
The following information is provided by
Laerdal, Inc.
The Laerdal SimMan simulator offers you
the ability to provide simulation education to challenge and test your
students’ clinical and decision making skills during realistic patient care
scenarios.
Features:
Airway Features
-
Realistic Life-Size intubation head with
a flexible tongue, arytenoid cartilage, epiglottis, vallecula, vocal cords,
trachea, bronchial tree, esophagus, and simulated lungs for spontaneous
breathing and realistic chest rise and fall
-
Bronchial tree is anatomically accurate
in size, color and texture and features the accurate anatomical landmarks
necessary to facilitate realistic fiber optic bronchoscopy
-
Tracheal Access Through the Neck – The
trachea may be accessed through the neck (i.e. transtracheal jet ventilation,
needle or surgical cricothyrotomy)
-
The neck collar is replaceable
Standard ALS Airway Skills:
-
Bag/Valve Mask ventilation
-
Combitube plac
em
ent
-
Retrograde intubation
-
Light Wand Intubation
-
Needle cricothyrotomy
-
Oropharyngeal and Nasopharyngeal airway
plac
em
ent
-
Endotracheal tube intubation
-
LMA plac
em
ent
-
Fiber optic intubation
-
Trans-tracheal jet ventilation
-
Surgical cricothyrotomy
-
Oropharyngeal and nasopharyngeal airway
plac
em
ent
-
Exhaled CO2 Flow – To confirm plac
em
ent of airway
devices within the trachea
Signs of Spontaneous Respiration:
-
Chest rise and fall
-
Exhalation of air from mouth
-
Breathing sound from mouth
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CO2 detection
-
Variable Respiratory Rate – The
operator is able to create a spontaneously breathing patient and is able to
adjust the rate
-
Pharyngeal Obstruction – The posterior
pharyngeal surface swells into the anterior pharyngeal cavity
-
Tongue Ed
em
a – Tongue becomes
severely enlarged. When used in concert with pharyngeal obstruction, it is very
difficult to advance a laryngoscope blade
-
Trismus – Clenches the teeth together,
severely limiting mandibular mov
em
ent
-
Laryngospasm – Closes the vocal cords
completely
-
Decreased
Cervical
Range
of Motion
– The operator can restrict the motion of the neck
-
Decreased Lung Compliance – Variable
lung compliance to the point of no air entry possible
-
Stomach Decompression – Stomach
distension occurs as a result of over inflation or intubation of the esophagus
with ventilations given. Gastric tube causes decompression
-
Pneumothorax Decompression at 3 sites;
Left and Right midclavicular and right mid-axillary. Insertion of catheter
allows air to flow out accompanied by “hissing” of air as chest is
decompressed
-
NEW Chest Tube Insertion
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Cannot Intubate, Can Ventilate; with
this feature intubation is not possible but the manikin can be ventilated with a
BVM device
-
Cannot Intubate; Cannot Ventilate; with
this feature the manikin cannot be ventilated by any method other than needle or
surgical airway
Circulatory Skills and IV Drug Administration
-
Right IV training arm with replaceable
skin and veins
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IV insertion into peripheral veins of
forearm, antecubital fossa and the dorsum of the hand
-
Simulated blood flashback on cannulation
-
IV Bolus or infusion
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Sites for subcutaneous and intramuscular
injections
Pulses
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Bilateral Carotid Pulse
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Brachial and Radial Pulses in the BP arm
-
Bilateral F
em
oral Pulse
-
Synchronized with ECG or compressions
-
Pulse strength dependent on BP selected
and anatomical position
Cardiac Functions
-
The SimMan software has an ECG Library
of over 2,500 cardiac rhythm variants:
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6 Extra systole types
-
Variable rate of extra systoles
-
Compression Artifacts on ECG
Defibrillation:
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Automated External Defibrillators (AED)
or manual defibrillators may be used
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AEDs are connected by adapters provided
with the simulator Cardiac Monitoring
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3 or 4 lead ECG monitoring or via the
defib paddles
-
External Pacing – with variable pacing
threshold
CPR
ABC Check:
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Exhaled air from the mouth
-
Breathing sound on exhalation
-
Chest rise
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Palpable pulses
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Ventilation
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Chest Compression
-
Compression Artifacts on ECG
-
ECG and Heart rate can be displayed on
the simulated monitor
Blood Pressure
-
Can be taken automatically, auscultated
or palpated
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Blood Pressure Arm (left) with Korotkoff
sounds synchronized with pulse for auscultation and palpation
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Easily varied BP: Systolic and diastolic
can be set independently
-
Adjustable volume
-
BP can be displayed on the simulated
monitor
Genitalia for Urinary Catheterization
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Male or f
em
ale genitalia can be
added to the simulator for urinary catheterization procedures
Sounds
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Simulator "speaking" through
instructor microphone
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Heart Sounds Synchronized with ECG
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Independent left and right lung sounds
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Bowel Sounds
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Heart, lung and bowel sounds auscultated
with a stethoscope
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Cough, vomiting, moaning or
user-programmed sounds
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Independent volume adjustment
Instructor control
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Wireless r
em
ote control(s)
-
R
em
ote control with
cable connection and LED feedback
-
Software controls via mouse and PC of
all airway manag
em
ent, cardiac functions, CPR, pulse, blood pressure and sounds
-
The lungs have individual volume
controls on the r
em
ote control
-
Each of the airway manag
em
ent functions may be
controlled individually from r
em
ote control or set as a group
Event log
-
Automatic Log Syst
em
with Stopwatch
Function
-
Manikin sensors generate automatic
entries
Manual Logging Functions:
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ABC actions and treatments
-
Miscellaneous actions and treatments
-
Medication given
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Define your own entries
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Event Log can be saved or printed
Scenarios
-
Standard validated scenarios included
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Scenario editor to design, run and save
your own scenarios
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