Emergency healthcare simulations

Focus: Scenarios involving adults, children and newborns in emergency situations, with high-fidelity manikins simulating complex medical conditions, resuscitation and first aid procedures.

Equipment:

Educational manikin for basic life support and adult airway management

Technical features:

Head and torso of adult male, life size
Mobile joints - head tilt and extension, chin lift, jaw subluxation
The realistic chest cavity allows users to experience the force needed to perform chest compressions correctly
Correct anatomical landmarks on the manikin help to position the hands correctly during CPR maneuvers
Eyelids can be opened and closed manually
It has correct airway anatomy allowing oral and nasal intubation
Laryngospasm
Enables tracheostomy and cricothyroidotomy
During bag-mask ventilation, chest expansion may be observed
During esophageal intubation, gastric distension may be observed
Unilateral thoracic enlargements during selective bronchial intubation
The carotid pulse is palpable and manually generated
Enables assessment of the quality and performance of cardiopulmonary resuscitation

Educational manikin for basic life support and use of automated external defibrillator in adults

Technical features:

Intubable airway with tongue, vocal cords and trachea
Mobile joints - head tilt and extension, chin lift, mandibular subluxation
The realistic chest cavity allows users to experience the force needed to perform chest compressions correctly
The correct anatomical landmarks of the manikin help to position the hands correctly during maneuvers
Correct chest compressions lead to a palpable carotid pulse
Enables the use of real defibrillation pads on the manikin's skin. Shocks will be delivered to the manikin using real energy, just like a real patient. The automated external defibrillator will display the ECG rhythm.
Automatic pulse and breathing with bilateral lung expansion
Multi-functional, compact, portable
Eyelids open and close
Head and torso of adult male, life size
Silicone facial skin and scalp

During training:

The learner may or may not be guided through the compressions by audible tones
The instructor can visualize the depth of compressions and the volume of ventilation on the monitor in an easy to interpret graphical format
The instructor is warned when the trainee needs to press faster or slower, harder or softer
The instructor can also monitor the frequency of compressions in real time
Defibrillation energy is displayed on the screen

After the training session:

The instructor may review the trainee's performance, including average frequency of compressions per minute, percentage of compressions performed at the correct frequency, average depth of compressions, percentage of compressions performed at the correct depth, percentage of ventilations performed at the correct volume, ratio of compressions to ventilations, duration of exercise, down time.
The evaluation system stored in the memory of the simulator controller can be transferred to a computer via the USB port on the simulator controller.

Control:

Various parameters can be adjusted/set:

Correct compression/ventilation ratio
Minimum and maximum limits for frequency of compressions
Minimum and maximum compression depth limits (in inches or centimeters)
Correct ventilation volume
Manual cardioversion can be performed during defibrillation
You can program EKG rhythms. You can select sinus rhythm, ventricular fibrillation or asystole. The selected rhythm can be visualized on a real external automatic defibrillator
Carotid pulse and automatic breathing can be activated

Educational manikin for performing cardiopulmonary resuscitation maneuvers in children

Technical features:

Pediatric simulator (child 5 years) for cardiopulmonary resuscitation
Fully articulated cephalic end, maxilla with teeth and tongue
Disposable airways for hygienic mouth-to-mouth breathing
Airway block in anterior head flexion
Easily accessible chest cavity with molded rib cage, lungs and heart
Realistic chest expansion during ventilation
Intraosseous access for fluid administration
Training arm for intravenous approach
Carotid, brachial and femoral pulse palpation regions
Region for femoral puncture
Regions for intramuscular injections in the deltoid and quadriceps
Chest compression and ventilation frequency and depth monitoring system
Fine, realistic facial integument; hair mold
Eyes open and close
One eye is normal, the other has a dilated pupil
Flexible at the waist
Mobile joints: elbow, fist, knees, ankles
Hands and feet with realistic fingers and toes
Detaches at the waist for easy storage
Enables you to perform classic or vest CPR maneuvers
Equipped with T-shirt and shorts

Educational manikin for performing cardiopulmonary resuscitation maneuvers in newborn infants

Technical features:

Newborn CPR simulator
Fully articulated cephalic end, maxilla with tongue
Disposable airways for practicing mouth-to-mouth breathing in optimal hygienic conditions
Airway block in anterior head flexion
Easily accessible chest cavity with a molded rib cage, lungs and heart
Realistic chest expansion during ventilation
Regions for pulse palpation at bilateral brachial, right femoral, left popliteal level
Region for femoral puncture
Chest compression and ventilation frequency and depth monitoring system
Intraosseous access for fluid administration
Realistic eye orbits for ophthalmic exercises
Fine, realistic facial integument; hair mold
Equipped with diaper and suit

High-fidelity, adult-type, portable simulator, controllable during movement, intended for emergency scenarios

High-fidelity, pediatric-type, portable simulator, controllable during movement, intended for emergency scenarios

High-fidelity, newborn-type, portable simulator, controllable during movement, intended for emergency scenarios