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China AED Training Defibrillator Electrode Pads - Reliable Suppliers & Factory Quality for CPR Manikins
Product Highlights
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The electrodes simulate real defibrillator operation without delivering high-voltage shocks, ensuring trainee safety.
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When used with compatible training AEDs, the device automatically detects pad placement and provides real-time feedback via voice prompts and LED indicators.
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The reusable, low-residue adhesive ensures stable attachment even after repeated use.
Key Features
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Material: Medical-grade hydrogel + flexible conductive foil.
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Safety: No high-voltage output, safe for training environments.
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Reusable: Specialized adhesive designed for repeated application.
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Compatibility: Works with various AED trainers and CPR manikins.
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Training Functions: Supports scenarios like ventricular fibrillation, incorrect placement, and low battery simulation.
Applications
- 🏫 Basic Life Support (BLS) training in medical schools.
- 🏥 Hospital emergency skill training and evaluation.
- 🫀 Combined CPR and AED operation courses.
- 👥 Community and corporate first-aid training.
- 📢 Public CPR/AED awareness campaigns.
Frequently Asked Questions
Can these pads be reused?
Yes, they are specifically designed for multiple training sessions using high-quality, low-residue adhesive.
Are they safe for trainees?
Absolutely. These training pads do not deliver any high-voltage shocks, making them completely safe for educational use.
Which AED trainers are compatible?
They are compatible with most major AED training devices and standard CPR manikins on the market.
Do they simulate real defibrillator operation?
Yes, they provide realistic feedback for pad placement, energy delivery simulation, and various emergency scenarios.
How should the pads be stored?
Keep them in a clean, cool, and dry environment to maintain the adhesive performance and extend their service life.
What materials are used in construction?
The pads are constructed from medical-grade hydrogel and flexible conductive foil for realistic performance and durability.
