Medtronic 8227103 Subdermal Needle EMG Electrodes | 2-Channel | 12 mm Needle Length | Intraoperative Nerve Monitoring | Sterile / Factory Sealed | New

Expiration: 2029-05-01

The Medtronic 8227103 Subdermal Needle EMG Electrodes are sterile, single-use recording electrodes designed for precise electromyographic (EMG) signal acquisition during intraoperative nerve monitoring (IONM) procedures. Engineered for seamless integration with Medtronic NIM® Intraoperative Nerve Monitoring systems, these 2-channel subdermal needle electrodes feature fine 0.4 mm diameter stainless steel needles with a 12 mm length for atraumatic placement into targeted muscle groups. Color-coded lead wires with a 1-meter cable length allow rapid channel identification and flexible equipment positioning across the sterile field. Supplied brand new in original, factory-sealed packaging.

Product Details

• Brand / Manufacturer: Medtronic (Xomed)
• Catalog / Part Number: 8227103
• Product Type: Subdermal Needle EMG Electrode Set
• Channel Configuration: 2-Channel
• Needle Dimensions: 12 mm length x 0.4 mm diameter
• Needle Material: Surgical-Grade Stainless Steel
• Lead Wire / Cable Length: 1 Meter (3.3 ft) with safety connectors
• Identification: Color-Coded Lead Wires for easy channel discrimination
• Sterility / Packaging: Sterile, Factory Sealed
• Reusability: Single-Use Disposable
• Application: Intraoperative nerve integrity monitoring (IONM), electromyography recording, ENT, thyroid, parathyroid, neurological, and skull base surgeries
• Condition: New / Unopened — Brand new condition in original manufacturer packaging with factory seals intact.

Key Features

• 0.4 mm gauge stainless steel needles minimize tissue disruption while providing high signal clarity
• 12 mm needle length optimizes placement depth in target musculature for accurate EMG response
• Color-coded leads streamline multi-channel setup and eliminate cable routing errors
• 1-meter cable offers generous reach from patient site to monitoring console inputs
• Factory-sealed sterile packaging guarantees aseptic readiness for critical intraoperative monitoring