- Condition: Factory New
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Learn more:
- MFR: Nissha Medical Tech Ships from MFI Medical
- MPN: A10005-60
Frequently asked questions
Are these electrodes suitable for cardiac stress testing?
Yes, these electrodes are specifically engineered with a durable foam backing and a high-chloride wet gel formula to withstand the rigors of cardiac stress testing while maintaining clear, high-fidelity signals.
Do these electrodes maintain a strong connection during movement?
Absolutely. They feature an aggressive, hypoallergenic adhesive designed to keep the electrode securely in place, which minimizes motion artifacts and reduces the likelihood of needing to repeat the test.
Is the adhesive safe for patients with sensitive skin?
Yes, the electrodes utilize a hypoallergenic adhesive, providing a balance between strong, reliable adhesion and gentle contact to minimize skin sensitivity.
How does the gel technology improve signal quality?
The electrodes use Ag/AgCl high-chloride wet gel technology. This formula actively hydrates the skin upon application, which facilitates superior signal conductivity for faster and more accurate diagnostic tracings.
Are these electrodes compatible with X-ray imaging?
No, these specific electrodes are non-radiolucent, meaning they are not intended for use during X-ray procedures.
What type of connection do these electrodes use?
These electrodes feature a standard snap connector, which is designed for a secure and easy attachment to your ECG lead wires.
Are these designed specifically for adult patients?
Yes, the shape and size are specifically optimized for adult patients to ensure proper coverage and consistent diagnostic performance.
Can I reuse these electrodes after a test?
No, these are strictly disposable, single-use medical consumables designed to ensure hygiene and performance for each individual patient.
How many electrodes come in each pack?
Each retail pack contains 60 individual ECG electrodes.
What is the physical size of each electrode?
The electrodes feature a 1-1/2 inch diameter teardrop shape, designed for optimal skin contact and stability.