Neurovision Medical Products

NMP DragonflyEMG Electrode for Intraoperative Neuromonitoring

SHARE

The ORIGINAL laryngeal ET tube electrode. Atraumatic RLN monitoring on ET tube sizes 2.5 -10 mm.

Most popular related searches

Dragonfly intraoperative neuromonitoring EMG electrode is universal in function and compatibility.¹ The patented design is available in 1-Channel and 2-Channel configurations to monitor RLN activity in various procedures. The adhesive surface electrode is applied to any endotracheal tube and connects to any intraoperative nerve monitoring system.

Reliable Neuromonitoring
  • Dragonfly EMG electrodes enable intraoperative monitoring of the recurrent laryngeal nerve (RLN) and vagus nerve (CN X).
  • The patented electrode design can attach to ET tubes from 2.5 mm to 10 mm, including half sizes. Atraumatic and easily attaches to any endotracheal tube.²
  • Neurovision Medical Products patented the unique technology of the original laryngeal surface electrode for ET tubes.
  • Dragonfly has 20 years of proven efficacy and predictability in RLN monitoring during surgical procedures.
RLN Electrode For Small Airways
  • EasyAim Dragonfly 1-Channel Kit can scale to fit the smallest of ET Tubes.
  • EasyAim provides a 360° coverage of the vocal cords to reduce sensitivity to rotation.
  • Dragonfly allows clinicians to choose the appropriate endotracheal tube for the patient based on their age and size but functions like an integrated EMG ET tube.³ The EMG electrode is an effective recurrent laryngeal nerve integrity monitor during Thyroid surgery.
Multiple Sizes, Universal Design
  • Dragonfly intraoperative neuromonitoring EMG electrodes are available in multiple sizes and three designs.
  • Dragonfly is flexible and easy to use. The patented design allows the EMG electrode to be applied to any ET tube (2.5 - 10 ID).
  • EMG electrode features depth markings to guide placement and improve positioning for reliable EMG signals.
  • The patented electrode is universal in function and compatibility3,5 for nerve integrity monitoring on any IONM system.