Defibrillators (AED)
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- Defibrillator in semi-automatic or fully automatic version
- Electrodes suitable for both adults and children
- Guides user with voice prompts & metronome
- Daily self-test with permanent status display
- For first responders and lay users
- Semi-automatic AED with integrated CPR Advisor™
- Allows continuous ECG and ICG analysis
- Data memory for 90 minutes of event documentation
- Minimal operating costs thanks to battery electrode cassette
- Available in English or German language versions
- 4 resuscitation scenarios can be set
- With practical application pictograms
- For professional defibrillator training
- Electrodes with reusable sensor
- Language: German
- Automatic heart rhythm analysis and shock recommendation
- Integrated CPR support with metronome and optional FreeCPR®
- Automatic self-tests to ensure operational readiness
- Long battery life of up to 6 years in standby mode
- Storage of intervention data and ECG recordings on SD card
- Robust housing with protection class IP55 for versatile use
| Device Type | Target Group | Operation | Area of Application | Key Feature |
|---|---|---|---|---|
| Fully Automatic | First responders, businesses, public institutions | Shock delivered automatically without button press, fully guided | Schools, sports clubs, companies | Maximum safety for untrained users |
| Semi-Automatic | Medical practices, trained healthcare professionals | Shock delivered manually at the push of a button when prompted | Clinical settings, professional environments | Greater control, often with ECG functionality |
| Manual | Emergency services, A&E departments, hospitals | Fully manual operation | Emergency medicine, intensive care units | 12-lead ECG, monitoring and pacing capabilities |
What is the difference between an AED and a defibrillator?
An AED (automated external defibrillator) is a specific type of defibrillator. The term “defibrillator” broadly includes all devices used to treat cardiac arrest with a controlled electrical shock – ranging from fully automatic public-access devices to professional manual defibrillators. An AED automatically analyses the heart rhythm and guides the user step by step. In simple terms: every AED is a defibrillator, but not every defibrillator is an AED.
Which defibrillator is suitable for which application?
The appropriate defibrillator depends on the setting and user qualifications. Fully automatic AEDs are ideal for workplaces, schools and public environments with first aiders. In GP surgeries and clinical settings, semi-automatic defibrillators with ECG functionality are commonly used. Emergency medical services, A&E departments and hospitals rely on manual defibrillators with advanced monitoring capabilities.
How much does an AED or defibrillator cost?
The cost of external defibrillators varies depending on device type and features. Entry-level fully automatic AEDs for workplace use are typically in the lower to mid four-figure range, while semi-automatic devices with ECG functions and professional manual defibrillators are significantly more expensive. Ongoing costs include consumables such as electrodes and batteries. Specialist medical suppliers can provide tailored pricing guidance.
Who is allowed to use a defibrillator?
Fully automatic and semi-automatic AEDs are designed for safe use by laypersons in an emergency, as they provide clear voice and visual instructions throughout the resuscitation process. However, in organisational settings, operators must ensure that designated users receive appropriate training in accordance with applicable medical device regulations. Manual defibrillators are reserved exclusively for qualified healthcare professionals.
How does an automated external defibrillator (AED) work?
After the electrodes are applied, an AED automatically analyses the patient’s heart rhythm and determines whether a shockable rhythm, such as ventricular fibrillation, is present. If indicated, the device charges and delivers a biphasic shock – either automatically or after user confirmation, depending on the model. Voice prompts and visual cues guide the user through every step of the resuscitation process.
