HeartSine 360p fully-auto AED
$1,550.00
Ready to shock
Unique Pediatric-Pak
Ensures the guidelines-recommended energy level is delivered for children, between 1 and 8 years of age or up to 25 kg (55 lb).
High level of protection from dust and water
Offers IP56 rating, one of the highest ratings in the industry.
Clinically validated technology
Advanced electrode technology and SCOPE biphasic technology, a low energy escalating waveform that automatically adjusts for differences in patient impedance.
Highly portable
With the lightest weight and most compact footprint among leading AEDs, is easily transported and fit into constrained spaces.
Easy-to-follow visual and verbal guides
User-friendly
Easy-to-understand visual and voice prompts guide the rescuer through the entire resuscitation process, including CPR.
One- or two-button operation
With just an ON/OFF button (and the SHOCK button on the SAM 350P), offers a simple, straightforward operation.
Automatic shock delivery / Motion detection
Fully automatic SAM 360P* detects motion, such as performing CPR or moving the patient, to reduce the likelihood that the user is touching the patient prior to shock delivery.
Ready for use
The status indicator flashes to show the system has passed the automatic weekly self test and is ready for use.
Simple to own
Two parts, one expiration date
The innovative Pad-Pak, an integrated battery and electrode single-use cartridge with one expiration date, offers one simple maintenance change every four years.
Low cost of ownership
Shelf life of four years means that the Pad-Pak may offer savings over other defibrillators that require separate battery and electrode replacements.
8-year warranty
Backed by an 8-year limited warranty.
On sale now!
RRP $1,550
Sale price $1,399 (save $151)
The fully automatic HeartSine samaritan PAD 360P (SAM 360P) offers a high level of environmental protection, in an easy-to-operate system in the smallest and lightest package available among leading AEDs. The fully automatic SAM 360P detects motion, such as performing CPR or moving the patient, to reduce the likelihood that the user is touching the patient prior to shock delivery.