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Our collection of defibrillators caters to various medical settings and is designed to deliver effective and timely intervention. If you are looking for an automated external defibrillator (AED) or implantable cardioverter defibrillator (ICD), your search ends here.
Cardiac arrests require immediate intervention, and our defibrillators are equipped to provide the necessary support. With advanced features and technology, these devices ensure efficient treatment and improved patient outcomes.
Our portable defibrillators are useful during on-the-go emergencies, and our semi-automatic defibrillators are ideal for easy operation. Our defibrillators have defibrillator pads that ensure the highest level of performance and reliability. These pads are essential for delivering controlled electrical impulses to the patient's chest. Our defibrillators deliver prompt electrical shock treatment to restore the heart's normal rhythm.
We at Medzell understand the critical nature of defibrillation therapy and the importance of having access to these life-saving equipment. We collaborate with renowned manufacturers to offer products that comply with industry standards and regulations. You can rely on our platform to find the most suitable defibrillators for your healthcare facility or emergency medical services.
Take proactive steps in combating cardiovascular disease. Explore our category to find the right devices that empower you to deliver effective defibrillation therapy.
Buying Guide for Defibrillators
How to choose
The choice of defibrillator machines depends on their working principles (monophasic, and biphasic) and working modes (manual, semi-automatic, and fully automatic).
Other useful features that can be considered are their intended usage, patient type, battery life, and weight of portable parts.
Application
Monophasic & biphasic defibrillators (used almost in all external defibrillators, ICDs, AEDs) are used to deliver shock therapy and to treat ventricular fibrillation (VF) and sudden cardiac arrest (SCA).
Manual external … Read more
What is an AED?
AED stands for “Automated External Defibrillator”. It is a portable and lightweight machine that can deliver an electric pulse or shock to the heart through the chest.
What are the main features of an ideal defibrillator?
All defibrillators should have audio with sufficient volume and visual instructions, be compliant with disability regulations, have electrodes that can be used on both left and right sides, and have CPR feedback mechanism.
What are the differences between semi-automatic and automatic defibrillators?
Semi-automatic defibrillators require the operator to push a button in order to deliver a shock when prompted and if necessary. However, this procedure is completely automated in automatic defibrillators and they automatically deliver a shock if necessary. The operator of the machine will be notified when the delivery of the shock is about to happen to ensure that they are not touching the patients.
How does a WCD and ICD work?
WCD or Wearable Cardioverter defibrillator is a machine that continuously monitors the rhythm of the heart and is designed to be worn on a vest. If the WCD identifies a fast, life-threatening rhythm, the heart receives an electric shock. WCD is aimed at those at high risk of heart disorders, but are not eligible for ICD use.
ICD or Implantable Cardioverter Defibrillator is a machine that is inserted under a person’s skin for long-term usage. The ICD monitors the heart rate. If the machine detects fibrillation, it performs overdrive pacing. If overdrive pacing does not work, the device shocks the heart and returns that heartbeat to normal.
How often should I replace the accessories and pads of a defibrillator?
The battery and pads of a defibrillator should be replaced every two to five years. Pads must be replaced once they are used in the treatment of cardiac arrest. The frequency of replacement will depend on the brand, model, and usage.
What are the latest technological advancements in defibrillators?
Many improvements have been made in ICD technology to lengthen battery life. Patient monitoring has been improved to prevent unwanted shocks. Quadripolar lead devices have been introduced lately for the improvement of therapy effectiveness and device programming. In addition, implantable cardioverter defibrillators that are MRI-safe have been developed recently.
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The working of fully automatic defibrillators involves turning the machine on and placing the electrodes in the correct placements on the person who required defibrillation. The device detects the arrhythmia by analyzing the ECG signals and automatically delivers a shock of the required energy level.
Semi-automatic defibrillators work in a way that its processor just detects the condition and the operator needs to deliver the shock at the respective time on alert.
Manual defibrillators are fully controlled by the operator and they have to set the machine’s settings and decide the power at which the shock is to be delivered. In order to do so, the operator should be a qualified healthcare professional who has prior knowledge and experience in using a defibrillator. These manual external defibrillators lack the safeguarding features offered by an AED. Therefore, such devices must be used only by highly-trained medical professionals.
Monophasic defibrillators give one shock at a time. A current travels from an electrode on one side of the chest to an electrode on the other.
Biphasic defibrillators deliver the shock current in two phases. In the first phase, the current travels through the heart from the first electrode to the second electrode. Then the current travels in the reverse path. These biphasic defibrillators are more used nowadays.
