With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

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With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

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With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

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With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

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With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

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With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

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With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

Follow Us

Subscribe to our newsletter

With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

Follow Us

Subscribe to our newsletter

With over 100 years combined experience in the AED field, we bring a fun and creative perspective to a very serious mission. While our favorite AED is the closest one, we recommend AEDs that have features which assist the user with CPR delivery during a rescue. Currently, AEDs from Cardiac Science, Heartsine and ZOLL provide valuable CPR feedback to a rescuer in order to optimize the effects of good CPR. Moving oxygen-rich blood throughout our body is how our heart maintains healthy organ performance. When these organs are starved of blood during a sudden cardiac arrest, they begin to die, at an approximate rate of 10% per minute.

Follow Us

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