Marquette Defib Electrode
by Marquette Electronics, Inc.
510(k) K941262
Active
Valid until
No expiry
FDA recalls
None foundDocuments
Trust
Unverified
Regulatory status
| Region | Authorization | Number | Date | Status |
|---|---|---|---|---|
| United States | FDA 510(k)SESE | NumberK941262 | Date20 Apr 1995 | StatusActive |
Recalls
No FDA recalls found in the data synced 22 Oct 2026.
Coverage
- Active
- Expiring
- Withdrawn
- Listed
- Not covered
United States — FDA 510(k) Active
Specification
- 510(k) Number
- FDA Product Code
- MKJ
- Device Class
- Class III
- Regulation
- 21 CFR Part 870.5310
- Advisory Committee
- Cardiovascular
- FDA Decision
- SESE Substantially Equivalent
Overview
AI-generated summary, 18 Sep 2026
The Marquette Defib Electrode is an Automated External Defibrillator (Non-Wearable) electrode, designed to deliver electrical shocks during cardiac arrest. These electrodes facilitate defibrillation by adhering to the patient’s chest, enabling the device to analyze heart rhythms and administer controlled shocks to restore a normal heartbeat when ventricular fibrillation or pulseless ventricular tachycardia is detected.
Supplied as a single-use, non-reusable component, the electrode is intended for use with automated external defibrillators in emergency settings. It is not MRI-safe and must be stored in a clean, dry environment as per manufacturer guidelines. Authorized under FDA 510(k) clearance (K941262), it adheres to regulatory standards for Class III cardiovascular devices (regulation number 870.5310) and is classified under product code MKJ.
Other devices from Marquette Electronics, Inc.
Questions
AI-generated answers, 18 Sep 2026
Are these electrodes reusable or single-use, and why does that matter in an emergency setting?
The Marquette Defib Electrode is designed for single-use only and must not be reused. This is critical in emergency settings because repeated use could compromise electrode integrity, reduce effectiveness, and introduce contamination risks, potentially delaying defibrillation or compromising patient safety. Single-use electrodes ensure reliability and sterility in life-threatening situations.
How should I store these electrodes to maintain their performance and shelf life?
The electrodes must be stored in a clean, dry environment as specified by the manufacturer. Proper storage prevents moisture damage, contamination, or degradation of adhesive properties, which could impair adhesion to the patient’s chest or reduce signal quality during defibrillation. Avoid exposure to extreme temperatures or direct sunlight.
Can these electrodes be used with any automated external defibrillator, or are they specific to a brand?
The Marquette Defib Electrode is intended for use with automated external defibrillators, but its compatibility is specifically designed for Marquette Electronics’ systems. While the exact model compatibility isn’t detailed here, it’s critical to confirm with the manufacturer or device manual to ensure proper function, as mismatched electrodes could lead to ineffective defibrillation or device malfunctions.
What safety considerations should I keep in mind when using these electrodes, particularly regarding MRI environments?
The Marquette Defib Electrode is not MRI-safe, meaning it should never be used in or near an MRI scanner. Metallic components in the electrode could react to the magnetic field, causing injury to the patient or damage to the MRI equipment. Always ensure the patient is removed from the MRI environment before applying these electrodes.
What regulatory pathway was followed for this device, and what does that mean for its safety and reliability?
The Marquette Defib Electrode received FDA 510(k) clearance (K941262), which means it was determined to be substantially equivalent to a legally marketed predicate device. This pathway ensures the device meets FDA standards for safety and effectiveness as a Class III cardiovascular device (regulated under 21 CFR 870.5310). The clearance reflects rigorous review by the FDA’s Cardiovascular (CV) advisory committee, validating its design for defibrillation in emergency cardiac arrest scenarios.