custom defib pad
You can customize AED pads using these materials: foam or PET for the substrate, silver-plated aluminum foil for the conductive layer, and imported or domestic hydrogel for the gel layer, as shown in the image.
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![AED Defibrillation Pads]()
AED Defibrillation PadsMaterials: The laminate consists of a 0.1mm medical-grade foam backing, a precision-etched 0.05mm tin/lead foil conductive layer, and a pH-buffered ionic hydrogel. The PET release liner is 0.075mmread more -
![OEM AED Defibrillator Pads]()
OEM AED Defibrillator PadsManufacturing Scope: High-Volume Contract Manufacturing for Automated External Defibrillators (AED) and Manual Defibrillators.Electrical Integrity: High-Voltage Dielectric Strength (Engineered toread more -
![AED Training Pads]()
AED Training PadsManufacturing Scope: B2B Bulk Production & Private Labeling Only.Adhesion Profile: Adhesive Transfer Control (Surface energy calibrated specifically for PVC/polyurethane manikins).Matrixread more -
![Replacement AED Electrodes]()
Replacement AED ElectrodesProduct Type: Defibrillation Electrodes (Single-Use).Shelf Life: 24 Months (Sealed Foil Pouch).Intended Use: Adult (>25kg) & Pediatric (Compliance: MDSAP Certified, FDA 510(k), CE.Compatibility:read more -
![Defibrillator Pads]()
Defibrillator PadsUniversal Compatibility: Designed to function seamlessly with leading AED models (custom connectors available).Rapid Response: Low-impedance hydrogel ensures immediate signal conduction for effectiveread more -
![Defib Pads]()
Defib PadsThese universal defibrillator electrode pads (defib pads) are designed for critical care and emergency scenarios across hospitals, clinics, and public AED programs. They are used in emergencyread more -
![Infant Defibrillator Pads]()
Infant Defibrillator PadsBecause children are smaller than adults, it is crucial for them to receive the correct level of defibrillation treatment in the event of cardiac arrest. TOP-RANK health pediatric pads as a Chinaread more -
![AED Trainer Pads]()
AED Trainer PadsThe AED Replacement Pads are for use with the AED trainers only. These pads include useful illustrations for correct placement of each pad on an adult body, and are specially enhanced with lessread more -
![Heart Shock Pads]()
Heart Shock PadsThe cardiac defibrillator pad is a crucial component used in Automated External Defibrillators (AEDs), primarily aimed at ensuring the effective delivery of electric shocks. The key function of theread more -
![CPR Shock Pads]()
CPR Shock PadsThe primary purpose of using a cushion during CPR is to ensure that the pressure iseffectively transferred to the patient while reducing the strain on the rescuer's hands.Placing a hard board underread more -
![Adult Defib Pads]()
Adult Defib PadsWe offer a complete line of adult defibrillator pads. All the pads we sell are clearly labeled with their compatible models and product expiration dates. Adult defibrillator paddles are suitable forread more -
![Multifunction Defibrillation Pads]()
Multifunction Defibrillation PadsMultifunctional electrode pads are suitable for adult or pediatric patients who may require chest X-ray examinations. However, at typical adult X-ray levels, the electrode pads may slightly shadow.read more
Automated External Defibrillator (AED) pads, also known as AED electrode pads, are essential components of any lifesaving AED machine. These adhesive patches are placed on a person's bare chest during a cardiac emergency to deliver an electric shock to the heart, helping to restore a normal rhythm in cases of sudden cardiac arrest (SCA).
features of Defibrillator Pads
Improved Contact & Current Delivery
Pads offer a larger surface area compared to traditional paddles, ensuring better contact with the patient's skin. This leads to more efficient current delivery to the heart, increasing the chances of successful defibrillation.
Reduced Risk of Skin Burns
The larger surface area also distributes the electrical current more evenly, minimizing the risk of skin burns that can occur with paddles.
Suitable for All Ages (with proper sizing)
Defibrillator pads come in different sizes (adult and pediatric), making them suitable for use on patients of all ages. Pediatric pads are attenuated to deliver a lower dose of electricity.
Ease of Use
Pads are generally easier to apply than paddles, particularly in stressful situations. They often come pre-gelled and are self-adhesive, simplifying the process.
types of Defibrillator Pads
Several types of AED pads are available, each designed for specific purposes. Some are designed for quick application, while others are specifically designed for children/infants.
Adult Pads: These are designed for use on individuals over eight years old or weighing more than 25 kilograms. They have a larger surface area that suits adult anatomy and ensures effective delivery of electric shocks.
Pediatric Electrode Pads: Pediatric electrode pads are designed for children less than 55 lbs or under age 8. Pediatric pads are more petite and deliver reduced energy level shocks that are more appropriate for pediatric patients. These pads can come in a standard form, a pre-connected form, or a pediatric key.
Universal Pads: These pad types work with several brands of AEDs. Though convenient, it's crucial to confirm they are fully compatible with your specific device.
Training Pads: Used with training AED units, these pads help simulate the actual procedure without delivering a shock. These are essential for practice or training purposes.
Working Principle Of Defibrillator Patches
Defibrillator pads work by allowing the AED machine to detect abnormal heart rhythms and providing a pathway for electrical current to pass between the pads and the patient. In layman’s terms, AEDs are life savers. They work by sending a slight electric shock to re-align the heart rhythm to normal allowing it to pump blood efficiently again.
Usage of AED pads
Here’s how AED pads are helpful in the defibrillation process
A responder first turns on the AED. AEDs should be turned on in Standby mode which is with the battery installed and the device is on. The voice prompts from the device will guide the user through the life-saving steps if engaged.
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The device prompts the user to apply the adhesive electrode pads on the bare chest of the patient. These adhesive electrode pads are known as AED electrode pads.
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Defib pads pads work as a bridge between the device and the victim’s body. AED pads monitor the rhythm of the patient and send the information to the device. The AED then evaluates whether an electrical shock is required or not.
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After the analyzing process, the AED will either recommend a shock, or in some cases, the device will recognize that the victim does not have a shockable rhythm.
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placement of defibrillator electrodes
Resuscitation electrodes are placed according to one of two schemes
anterior-posterior scheme
Resuscitation electrodes are placed according to one of two schemes. The anterior-posterior scheme is preferred for long-term electrode placement, using Defibrillator Pads. One pad is placed over the left precordium (the lower part of the chest, in front of the heart). The other pad is placed on the back, behind the heart in the region between the shoulder blades. This placement is preferred because it is best for non-invasive pacing.
anterior-apex scheme
The anterior-apex scheme (anterior-lateral position) can be used when the anterior-posterior scheme is inconvenient or unnecessary. In this scheme, the anterior electrode, which is the AED pad, is placed on the right, below the collarbone. The apex electrode, also known as a Defibrillator Electrode, is applied to the left side of the patient, just below and to the left of the pectoral muscle. This scheme works well for defibrillation and cardioversion, as well as for monitoring an ECG.
Factors to Consider When Choosing AED Pads
Selecting the right AED pads involves more than just compatibility with the device. Several other factors ensure that these pads can be relied upon during an emergency:
Shelf Life
AED pads come with a shelf life, usually spanning between 18 and 24 months. This expiration date is essential, as expired pads might not function properly, risking the effectiveness of the resuscitation process.
Special Features
Some AED pads come with extra features, such as moisture resistance or CPR assistance. These additions can make a significant difference in ensuring optimal performance.
Ease of Use
Look for pads that offer clear placement instructions. Some pads are designed with diagrams that show where to place them on the chest, making it easier during a stressful situation.
Size Appropriateness
Ensure the pads are suitable for the likely user group. Adult pads won't work for small children, whereas paediatric pads are ineffective and unsafe for adults.
Considering these factors ensures that when the time comes to use an AED, the pads will be in excellent condition, helping the device deliver life-saving care effectively.
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