Defibrillator Discounts in April
Beneheart C Series: Smart and Easy-to-Use
BeneHeart C Series knows what a first-time rescuer needs. That’s why it offers intelligent ResQNavi technology to provide guidance for every step of the rescue, with animated voice and visual step by step instruction through to procedure.
Beneheart C1A
Beneheart C2
Key Features
7-inch colour LCD screen (C2 Model)
Turns on automatically when opened
Adult/child mode using the same electrode pad
Choice of 3 languages selection
Semi OR fully -automatic
Long-life pads / battery (5 years)
Beneheart C Series: New QShock Faster & Powerful
QshockTM-Faster Time to 1st Shock
Success rates for defibrillation drop every second.
BeneHeart C2 is equipped with our new QShockTM technology. With the QShockTM, BeneHeart C2 is able to increase the chance of a successful defibrillation.
It only takes less than 8 seconds to deliver the first shock @ 200 Joules
BeneHeart C2 is equipped with our new QShockTM technology. With the QShockTM, BeneHeart C2 is able to increase the chance of a successful defibrillation.
It only takes less than 8 seconds to deliver the first shock @ 200 Joules
How can QShockTM technology achieve a faster first shock?
QShockTM not only greatly shortens the time of power-on and heart rhythm analysis but also performs synchronous pre-charging in the process of heart rhythm analysis.
After the rhythm analysis is completed the energy can be delivered immediately without any delay, so that victims can get electric shock as soon as possible, and rescuers might feel more calm due to the shorter time for waiting.
360BTe-Higher Energy for Better Outcome
BeneHeart C series features 360J biphasic technology with auto-compensation according to patient impedance, which increases the chance to save difficult-to-defibrillate patients. The Mindray Beneheart C Series has escalating energy as recommended by the ERC and ANZCOR.
200J works for many people,
but does not work for everyone.
but does not work for everyone.
360J works while 200J failed.
TRUST HEARTSAFE MEDICAL
Mindray is one of the leading global providers of medical device products and solutions. Firmly committed to their mission of “sharing medical technologies with the world”, Mindray has committed to develop their world class range of automatic external defibrillators (AEDs) to the Australian market. Heartsafe Medical and it’s group have been the leaders of innovation in public access defibrillation solutions and supporting response systems in Australia for almost 20 years. Our warehouse with current stock is located in Sydney and we are able to provide a whole range of cost effective solutions to all our clients whether it’s a simple AED to a ‘CONNECTED’ network of AEDs that monitor a fleet of AEDs anywhere.
OUR RANGE OF MINDRAY BENEHEART DEFIBRILLATORS
New Mindray BeneHeart C1A and C2 Series Semi & Fully Automatic Defibrillators
An Automatic External Defibrillator (AED) is a small, portable easy to operate lifesaving medical device designed to deliver an electrical shock to a person who is having a Sudden Cardiac Arrest (SCA). medical emergency. They are designed to be used by a first responder who is usually a non-medical layperson to save the life of an unconscious victim.
After exposing the victims bare chest, the rescuer connects the pads to the patient and the Automatic External Defibrillator (AED).The patient’s heart rhythm is then analysed by a computer inside the AED and determines if a shock is required to save the victim. If a shock is required, the AED uses voice instructions to guide the user through saving the person’s life or CPR if required.
AED’s were designed to be used by non-medical people with little or no previous experience or instruction.
In a perfect world everyone should have CPR and AED training, however modern AEDs are designed to be used by any motivated bystander, regardless of training. The devices advise the user about how to apply the device and whether or not to administer a shock. Most of the time, the AED will advise the user with voice prompts to administer CPR, depending on the needs of the victim, however all AED’s supplied by Australian Defibrillators have a voice coach to instruct you during these vital minutes.
From the time that the event occurs to the time that medical help arrives is critical. The instructions from the AED are keeping you productive and giving the patient the very best chance of survival until help, which is on the way, has arrived. The national average response time for an ambulance in Australia is 10-12 minutes and even longer in rural or remote areas. This is the critical time when defibrillation is needed for the patient to survive.
In a perfect world everyone should have CPR and AED training, however modern AEDs are designed to be used by any motivated bystander, regardless of training. The devices advise the user about how to apply the device and whether or not to administer a shock. Most of the time, the AED will advise the user with voice prompts to administer CPR, depending on the needs of the victim, however all AED’s supplied by Australian Defibrillators have a voice coach to instruct you during these vital minutes.
From the time that the event occurs to the time that medical help arrives is critical. The instructions from the AED are keeping you productive and giving the patient the very best chance of survival until help, which is on the way, has arrived. The national average response time for an ambulance in Australia is 10-12 minutes and even longer in rural or remote areas. This is the critical time when defibrillation is needed for the patient to survive.
The only definitive treatment for victims of Sudden Cardiac Arrest (SCA) is defibrillation. Sudden Cardiac Arrest (SCA) usually happens without warning and the majority of people have no previously recognised symptoms of heart disease. For the best chance of survival from Sudden Cardiac Arrest (SCA) caused by Ventricular Fibrillation (VF), Automatic External Defibrillators (AED) should be used within the first 3-5 minutes after collapse. Currently less than 5% of victims survive largely because a Defibrillator does not arrive in time. An AED can increase the survival rate to 50% and in some situations like commercial airlines around 70%.
Just as seat belts or airbags do not save every life in a traffic accident, an AED defibrillator will not save every person who suffers a Sudden Cardiac Arrest (SCA) however many lives could be saved if more people had access to an Automatic External Defibrillator (AED).
Just as seat belts or airbags do not save every life in a traffic accident, an AED defibrillator will not save every person who suffers a Sudden Cardiac Arrest (SCA) however many lives could be saved if more people had access to an Automatic External Defibrillator (AED).
Sudden Cardiac Arrest (SCA) is an abrupt loss of pulse and consciousness caused by an unexpected failure in the heart’s ability to effectively pump blood to the brain and around the body. It is usually caused by life-threatening arrhythmias, abnormalities in the heart’s electrical system.
The sudden cardiac arrest victim collapses, losing their pulse, consciousness, and the ability to breathe. All of this happens quickly and without treatment the victim will be dead within a few minutes. What is the difference between a heart attack and a Sudden Cardiac Arrest (SCA)?
Basically a heart attack is a plumbing problem and a Sudden Cardiac Arrest (SCA) is an electrical problem. The heart has many vessels and can operate when some are blocked but a Sudden Cardiac Arrest in like a complete electrical blackout.
The sudden cardiac arrest victim collapses, losing their pulse, consciousness, and the ability to breathe. All of this happens quickly and without treatment the victim will be dead within a few minutes. What is the difference between a heart attack and a Sudden Cardiac Arrest (SCA)?
Basically a heart attack is a plumbing problem and a Sudden Cardiac Arrest (SCA) is an electrical problem. The heart has many vessels and can operate when some are blocked but a Sudden Cardiac Arrest in like a complete electrical blackout.
Basically a heart attack is a plumbing problem and a Sudden Cardiac Arrest (SCA) is an electrical problem. The heart has many vessels and can operate when some are blocked but a Sudden Cardiac Arrest in like a complete electrical blackout.
