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9982-1012793
F i r s t Aid
BLS
Your BLS Simulator for Realistic Training
Basic Billy was developed using the results of a study* on depth
of force and compression during cardiopulmonary resuscitation.
This enabled optimal force and compression values for adults
and children to be determined statistically and then precisely
implemented in the product design.
• Easy to use
• Realistic and Robust
• Adult and Child
Basic Life Support Simulator “Basic Billy”
Cardiovascular failure is one of the most common causes of death. The
guidelines issued by the AHA (American Heart Association) and ERC (Euro
pean Resuscitation Council) show that is not all that difficult to provide
help and save lives using the correct cardiac massage and ventilation tech-
nique. Of course, Basic Billy fulfils the latest guidelines from the AHA and
ERC on cardiopulmonary resuscitation (CPR) and is therefore suitable both
for medical training and for first aid training in schools, clubs and first aid
courses. You benefit from the following features:
• Torso with shoulders and the necessary anatomical features for finding
the ideal pressure point for cardiac massage
• Head with airways for mouth-to-mouth and mouth-to-nose resuscitation
• Head tilt to open the airways
• Mask ventilation is also possible
• Realistic amount of effort and realistic minimum depth of impression
with acoustic feedback at 5cm (adult) or 4.5cm (child) using two easy to
change springs
• Low priced disposable airways ensure hygienic use and easy care of the
mannequin
• The high quality of materials and workmanship guarantee functionality
and longevity even under high operational demands
• Developed and manufactured in Germany
Supplied with a transport box (22x61x31 cm
3
), 2 face masks, 50 disposable
airways for adults and children, keycard with adult and child algorithm for
the 2010 guidelines and disinfectant.
9982-1012793
* Robert Sutton et al., Methods for Determining Paediatric Thoracic Force-
Deflection Characteristics from Cardiopulmonary Resuscitation, Stapp
Car Crash Journal, Vol. 52 (Nov. 2008), pp. 83-105
