The HeartSave myPAD is a versatile automated external defibrillator (AED) designed for personal, public, and professional use. Featuring pre-connected electrodes, intuitive visual and voice guidance, and optional touchscreen functionality, it enables rapid intervention in cardiac emergencies. The device supports both semi-automatic and fully automatic operation, with integrated CPR feedback to optimise resuscitation quality. Its compact, portable design and optional IoT connectivity allow for remote monitoring and management, ensuring device readiness and compliance across clinical and public environments.
The HeartSave myPAD is a versatile automated external defibrillator (AED) designed for personal, public, and professional use. Featuring pre-connected electrodes, intuitive visual and voice guidance, and optional touchscreen functionality, it enables rapid intervention in cardiac emergencies. The device supports both semi-automatic and fully automatic operation, with integrated CPR feedback to optimise resuscitation quality. Its compact, portable design and optional IoT connectivity allow for remote monitoring and management, ensuring device readiness and compliance across clinical and public environments.
The HeartSave myPAD AED Trainer is a dedicated training solution designed to simulate the operation of the HeartSave myPAD defibrillator in a safe, controlled environment. It provides realistic audio-visual guidance, including CPR prompts and electrode placement instructions, without delivering an electrical shock. Equipped with reusable electrodes, a wireless remote control, and multilingual functionality, it allows instructors to customise training scenarios and enhance learner confidence. Ideal for clinical training, first aid courses, and emergency preparedness programs.
The HeartSave myPAD AED Trainer with LCD Screen is a professional training solution that accurately replicates the functionality of the live myPAD defibrillator. Featuring a built-in LCD display, it provides visual and voice-guided instructions for CPR and electrode placement, enhancing learning outcomes. The device supports multiple training scenarios controlled via remote, with reusable electrodes for cost-effective use. Designed for clinical education, first aid training, and workplace compliance programmes, it enables safe, realistic simulation without delivering an electrical shock.