3M™ Defib Pads 2346N, 4.5 IN x 6 IN, EA/Pair 10 Pair/Box 10 Box/Case

Our defib pads consist of an electroconductive gel supported by a porous-woven fabric. The pads are safe and fast handling. Their orange color makes them easy to see and they provide a highly conductive coupling medium.These self-contained pads eliminate 'gel bridging', which can cause severe skin trauma or burns. There is no gel to clean off the paddles, no residue left on the patient and no pitting or corosion of the paddles. 3M™ Defib-Pads have a success rate equivalent to lowest resistivity gels. Faster to apply than gels or creams in an emergency situation, 3M™ Defib-Pads save time when life is on the line. They are convenient to use, with many years of proven success. 3M™ Defib-Pads may only be used with metal paddles, and are not substitutes for MFE (Multi-Function Electrodes) with any AED.Our defib pads consist of an electroconductive gel supported by a porous-woven fabric. The pads are safe and fast handling. Their orange color makes them easy to see and they provide a highly conductive coupling medium.These self-contained pads eliminate 'gel bridging', which can cause severe skin trauma or burns. There is no gel to clean off the paddles, no residue left on the patient and no pitting or corosion of the paddles. 3M™ Defib-Pads have a success rate equivalent to lowest resistivity gels. Faster to apply than gels or creams in an emergency situation, 3M™ Defib-Pads save time when life is on the line. They are convenient to use, with many years of proven success. 3M™ Defib-Pads may only be used with metal paddles, and are not substitutes for MFE (Multi-Function Electrodes) with any AED.

Saves time, easy to remove from patient, no clean-up, Bright orange solid gel pads are easy to see, require no cleanup, and leave no slippery residue that can interfere with CPR, Self-contained to eliminate inadvertent “gel bridging” which can cause skin trauma to patient or operator. No gel bridging ensures that energy is delivered to the patientSelf-contained to eliminate inadvertent “gel bridging” which can cause skin trauma to patient or operator. No gel bridging ensures that energy is delivered to the patient

Case

2346N

402 580-4478