Brayden PRO Baby Pediatric Feedback Mannequin

Brayden PRO Baby Pediatric Feedback Mannequin

Brayden Baby Pro closely resembles the Brayden Baby Advanced in appearance which allows flexibility of training but with additional capability. Both infant mannequins also use the same consumables which keeps the costs down. The Brayden Baby Pro provides comprehensive objective/numeric information of infant CPR performance and is designed to connect with the free iPad iOS App (Brayden Online Standard) as well as other subscription based iOS Brayden Online options. The Brayden Baby Pro mannequin provides numbers (objective data) when this is needed to validate infant CPR performance. Its flexibility in use with the recently introduced Brayden Online product range and added features for scenario use makes it the ideal choice for training infant CPR in the hospital and pre-hospital setting.

The first illuminating infant CPR manikin that provides real-time visual feedback using intuitive lights to allow good quality ventilations and chest compressions.

Developed with the help of European experts in the field of resuscitation, Brayden Baby’s unique features include intuitive lights that provides real-time feedback for ventilation training and lights providing real-time feedback for chest compressions (depth, rate, recoil and finger/thumb position). When all component parts of chest compressions are performed correctly, a CPR quality indication light illuminates on the forehead of the Brayden Baby Mannequin .

Both sets of lights help guide the student to perform good quality infant CPR.

Features:

• Provides real-time ventilation feedback by light and sound
• Using lights, students learn correct chest compression techniques: (depth, rate, recoil, and finger/thumb position)
• Debriefing on infant BLS performance is straightforward with Brayden Online.
• The brachial pulse feature can be employed in basic life support situations involving infants.
• Brayden Online Standard IOS App provides various learning modules for practicing and evaluating infant resuscitation skills.
• Compatible with the AHA infant BLS algorithm (30:2) and the ERC infant BLS algorithm (5 rescue breaths, 15:2).