Inmed Nerve Mapper Locator NM-20

The Inmed Nerve Mapper Locator NM-20 stands as an indigenous marvel, a microprocessor-controlled nerve mapper cum peripheral nerve locator, meticulously designed to redefine surgical precision. Its innovative features not only enhance the accuracy of nerve localization but also prioritize patient comfort and time efficiency in medical procedures.

Key Features:

1. Constant Current Technology:

   • The NM-20 employs state-of-the-art constant current technology, ensuring a reliable and consistent nerve mapping experience throughout surgical procedures.

2. Bright and Large LED Display:

   • Equipped with a bright, large, red LED display, the NM-20 offers unparalleled visibility, allowing surgeons to read data with clarity even from a distance.

3. Selectable Current Range:

   • Surgeons have the flexibility to choose from a selectable current range, ranging from 0 to 20 mA, providing precise control tailored to the requirements of each procedure.

4. Wide Range of Energy Levels & Interval Setting:

   • The NM-20 offers a wide range of energy levels and interval settings, empowering healthcare professionals with customization options for optimal nerve mapping outcomes.

5. Audio-Visual Indication for Pulse Delivery:

   • The device provides audio-visual indications during pulse delivery, ensuring real-time feedback and enhancing the surgeon's awareness throughout the procedure.

6. Low Battery Warning Indicator:

   • With a low battery warning indicator, the NM-20 safeguards against unexpected interruptions, allowing for seamless and uninterrupted nerve mapping.

7. Compact, Lightweight, and User-Friendly:

   • Designed with user convenience in mind, the NM-20 boasts a compact and lightweight construction, ensuring ease of use and maneuverability during surgical interventions.

8. Autoclavable Leads:

   • The NM-20 features autoclavable leads, promoting effective sterilization for enhanced infection control, meeting the highest standards of surgical hygiene.

Applications:

• Nerve Blocks
• Pain Management
• Surface Mapping of Peripheral Nerves
• Identifying/Locating Motor and Sensory Nerves
• Defining Anatomical Landmarks for Entry Points, especially in growing children, obese patients, and cases of distorted anatomy.