Skip to content
Open navigation
Shop

Resusci Baby QCPR

High-performance training for infant resuscitation

Infant cardiac arrest does not happen often, but that’s exactly why healthcare providers need to train for it. Resusci Baby QCPR enables first responders to gain the skills and confidence they need to act quickly during this high-stress experience.

;

Training to perfection

Resusci Baby QCPR is a professional grade resuscitation manikin designed for High-Performance CPR skills and team training. Designed to be feature flexible, Resusci Baby QCPR can be upgraded for intraosseous infusion (IO) training and advanced airway management training, enabling first responders and teams to train for a variety of scenarios.

In addition to realistic chest compressions and head movements, the manikin is equipped with advanced sensors. Connected to a feedback device, these sensors measure every compression and ventilation, helping you train for a new level of precision and proficiency. 

Feedback devices

Objective feedback for better learning

Related products

One Family. One Platform.

Resusci Baby QCPR is in the same product family as Resusci Anne QCPR and Resusci Junior QCPR. All three utilize the same wireless technology and work with the same feedback devices. Learn one Resusci QCPR manikin and know them all.

new_BER9305.jpg
Resusci Anne QCPR helps elevate CPR training to a new level of precision and proficiency. By training with the... Resusci Anne QCPR helps elevate CPR training to a new level of precision and proficiency. By training with the same protocols, equipment, and techniques used in real emergencies, professional first responders can perfect both individual...
new_8LN1300.jpg
Improve individual skills to boost team performance and increase motivation. Prepare as accurately as possible... Improve individual skills to boost team performance and increase motivation. Prepare as accurately as possible to save a child’s life.

Resusci Baby QCPR offers a new level of precision training for treating babies in cardiac arrest.