qubeAED
AED TRAINER FROM SKILLQUBE
AED trainer with graphic display from SKILLQUBE
Our qubeAED simulator offers the opportunity for realistic AED training, not only for professional rescuers. Its intuitive usability makes it the perfect addition to the qubeSERIES. Designed for professional rescuers, the qubeAED simulator provides in-depth rescue support for both adult and child victims of sudden cardiac arrest (SCA).
"Stand Alone" AED
For use without the qubeCONTROL
- None – The AED works with the controller.
- Patient in hyperdynamic circulatory arrest – It is always recommended to administer a shock.
- Patient in hypodyamic arrest – Shock is never recommended.
- First analysis without shock, then shock – First analysis without shock delivery and then shock is always recommended.
- First shock, then no shock – The first two analyses call for shock delivery, then no more.
Functions
- generic screen
- easy to use
- no special manikin needed / works with a real person
- Integrated into the qubeCONTROL
- ideal addition to your BLS training
Additional Features
Controller & Assessment
- Control all vital signs via instructor software
- Browser-based scenario editor with image and video library
- Auscultation, blood sugar and temperature measurement
- Availability of checklists and SOP for in field use
qubeBOX
qubeBOX
Precise CPR data, automatic sensor recognition and realistic defibrillation with hard paddles – all wireless and independent of the simulation phantom.
The qubeBOX brings together modern sensor technology in a central system for the first time and perfectly complements the qubeSERIES!
Instructors are relieved and can concentrate fully on the team performance in the scenario. The SpO₂ sensor automatically recognizes whether it is connected and only then shows a saturation curve – even directly on the manikin. The ventilation sensor displays the respiratory rate and etCO₂ curve, while a CPR feedback sensor provides precise data. These are reliably recorded in the CPR dashboard and can be analyzed immediately. In addition, hard paddle shocks can also be realistically simulated.
The wireless data transmission and independent power supply enable flexible, location-independent simulation.
