Brand Name: | pray-med |
Model Number: | M3717A |
MOQ: | 1box |
Price: | $50-$54 |
Packaging Details: | 1pcs / bag |
Payment Terms: | T/T, Western Union |
Compatible Ph AED Electrode Pads M3713A
Model Name/Number | M3717A |
Usage/Application | Hospital |
Brand | PH |
Product category | Defibrillation |
Product Type | Pads |
Product Type: Multifunction Electrode Pads
Model Number: M3717A
Compatibility: bv0987trPhilips HeartStart Defibrillators (including HS1, FRx, and OnSite models)
Patient Type: Designed for infant and pediatric patients
Dimensions: Standard electrode size for optimal contact and effective treatment
Adhesive: Medical-grade adhesive for secure and reliable attachment
Disposable: Single-use, non-reusable pads
1. Pediatric-Specific Design
These electrode pads are specifically engineered for use on infants and young children under the age of 8
or weighing less than 25 kg (55 lbs). The design helps ensure that the electrical shock is appropriately
delivered for pediatric patients.
2. Low Energy Defibrillation
The pads are made to work with the Philips AED to deliver a lower shock energy, which is safer for infants
and children. Standard adult defibrillation pads use higher energy, which could be too intense for pediatric patients.
3. Multifunctional
Defibrillation: These pads provide the essential function of delivering a shock to restart the heart in the
event of a cardiac arrest.
ECG Monitoring: They can also be used for continuous electrocardiogram (ECG) monitoring, allowing
healthcare providers to observe the heart’s rhythm.
Pacing: In addition to defibrillation and monitoring, the pads can support external pacing when needed f
or pediatric patients with certain types of arrhythmias.
4. Easy-to-Use, Pre-Connected Pads
The electrode pads are pre-connected to the device, which allows for quick application in emergency
situations.
They are designed to be easy to place on the infant's chest, with clear markings and simplified instructions for use.
5. Gel-Activated for Effective Contact
The pads are equipped with a gel layer to ensure good contact with the skin, even in challenging situations
where the patient may be sweaty or covered in medical fluids. This helps the electrical shock to be delivered
more effectively.
6. Child-Specific Sizing and Shape
The pads are smaller than adult electrode pads, ensuring proper placement on smaller bodies. The unique
shape also assists with proper positioning to ensure the shock is applied in the correct area.
7. Compatible with Philips HeartStart FR2+ and FR3 AEDs
These pads are designed specifically for use with these Philips defibrillators, ensuring that the AED
automatically detects the pads and adjusts settings for pediatric use.
8. Clear and Simple Instructions
The pads come with easy-to-understand pictorial instructions printed on them, guiding users through the
steps to apply the pads properly and perform CPR, if necessary.
9. Disposable
Once used, the pads are intended to be disposed of and replaced with new ones to ensure maximum effectiveness and safety during future emergency situations.
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Brand Name: | pray-med |
Model Number: | M3717A |
MOQ: | 1box |
Price: | $50-$54 |
Packaging Details: | 1pcs / bag |
Payment Terms: | T/T, Western Union |
Compatible Ph AED Electrode Pads M3713A
Model Name/Number | M3717A |
Usage/Application | Hospital |
Brand | PH |
Product category | Defibrillation |
Product Type | Pads |
Product Type: Multifunction Electrode Pads
Model Number: M3717A
Compatibility: bv0987trPhilips HeartStart Defibrillators (including HS1, FRx, and OnSite models)
Patient Type: Designed for infant and pediatric patients
Dimensions: Standard electrode size for optimal contact and effective treatment
Adhesive: Medical-grade adhesive for secure and reliable attachment
Disposable: Single-use, non-reusable pads
1. Pediatric-Specific Design
These electrode pads are specifically engineered for use on infants and young children under the age of 8
or weighing less than 25 kg (55 lbs). The design helps ensure that the electrical shock is appropriately
delivered for pediatric patients.
2. Low Energy Defibrillation
The pads are made to work with the Philips AED to deliver a lower shock energy, which is safer for infants
and children. Standard adult defibrillation pads use higher energy, which could be too intense for pediatric patients.
3. Multifunctional
Defibrillation: These pads provide the essential function of delivering a shock to restart the heart in the
event of a cardiac arrest.
ECG Monitoring: They can also be used for continuous electrocardiogram (ECG) monitoring, allowing
healthcare providers to observe the heart’s rhythm.
Pacing: In addition to defibrillation and monitoring, the pads can support external pacing when needed f
or pediatric patients with certain types of arrhythmias.
4. Easy-to-Use, Pre-Connected Pads
The electrode pads are pre-connected to the device, which allows for quick application in emergency
situations.
They are designed to be easy to place on the infant's chest, with clear markings and simplified instructions for use.
5. Gel-Activated for Effective Contact
The pads are equipped with a gel layer to ensure good contact with the skin, even in challenging situations
where the patient may be sweaty or covered in medical fluids. This helps the electrical shock to be delivered
more effectively.
6. Child-Specific Sizing and Shape
The pads are smaller than adult electrode pads, ensuring proper placement on smaller bodies. The unique
shape also assists with proper positioning to ensure the shock is applied in the correct area.
7. Compatible with Philips HeartStart FR2+ and FR3 AEDs
These pads are designed specifically for use with these Philips defibrillators, ensuring that the AED
automatically detects the pads and adjusts settings for pediatric use.
8. Clear and Simple Instructions
The pads come with easy-to-understand pictorial instructions printed on them, guiding users through the
steps to apply the pads properly and perform CPR, if necessary.
9. Disposable
Once used, the pads are intended to be disposed of and replaced with new ones to ensure maximum effectiveness and safety during future emergency situations.
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