Ambu® Man - Next Generation

The all-rounder for CPR: can be used both with healthcare professionals and for training non-professionals. Features the licence-free self-training module and Ambu hygiene system.

General Information

The AmbuMan is the ideal training manikin for the advanced BLS algorithm training. It is specially designed for basic training of medical and nursing staff and also designed for education of lay people.

The AmbuMan allows optimal training of chest compressions combined with a realistic respiration. The user friendly Ambu hygienic system prevents cross-contamination and ensures realistic airway resistance and an exhalation through mouth and nose.

Monitoring instrument

The indicator shows the instructor, the volume of supplied air (in L) and the chest compression depth (in mm). Furthermore, it visualises the compression with wrong hand position and a gastric inflation with a warning symbol.

Ambu Manikin Management Modules

The core is the AmbuMan with the latest, integrated Ambu Wireless Technology. The browser-based Ambu Manikin Management Module allows the wireless control, documentation and monitoring of the performance of the trainees. The Ambu Manikin Management Module is the central inter-face, where all data and information come together: compression depth, correct hand position, Ventilation volume, stomach inflation.

Self training module

The AmbuMan Wireless includes a license-free, self training module that allows to establish training stations and perform an instructor independent training at anytime. Resuscitation teams can train continuously or trainees can prepare for examination.

Carotid pulse

The carotid pulse can be felt during chest compression and also can be simulated by a manual pulse bellow

    Spare parts

    We offer 53 Spare parts for this product

    Downloads

    Ambu Manikin Management Module

    Datasheets

    file_download Ambu® Man - Next Generation Datasheet
    (655.2 KB - pdf)

    Supplementary Information

    file_download Symbol Explanation
    (1.22 MB - pdf)

    May 2018

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