Inmed Nerve Stimulator Mapper Locator NSML-100

Nerve Stimulator-Mapper-Locator, meticulously designed to meet the rigorous demands of both general anesthesia and regional anesthesia procedures. This portable and handheld unit seamlessly integrates advanced features to ensure precise nerve stimulation and mapping, providing healthcare professionals with the tools needed for optimal patient care.

Desired Specifications:

1. Handheld and Portable Design:

   • Ergonomically designed for handheld use, offering portability and flexibility in various clinical settings.

2. Dual Power Source:

   • Operates on both mains power and battery, ensuring uninterrupted functionality in any healthcare environment.

3. Microprocessor Control with Alphanumeric LCD Display:

   • Equipped with a microprocessor-controlled system and a clear alphanumeric LCD display for intuitive navigation and real-time data visualization.

4. Separate Outputs for Nerve Stimulator and Locator:

   • Ensures safety by providing distinct outputs for nerve stimulation and mapping, preventing inadvertent errors during procedures.

5. For Nerve Stimulator:

   • Stimulation Current Capacity: 0 to 100 mA in 1 mA steps for precise control.
   • Stimulation Modes: TW, TOF, DBS, PTC, and repeat TW, TOF.
   • Variable Frequency Range: 0.1 to 1 Hz for adaptability to diverse surgical requirements.
   • Built-in Calculation of Supra-Maximal Current.
   • User Programmable Timer: 1 to 30 minutes for continuous monitoring of TW and TOF.

6. For Nerve Mapper – Locator:

   • Current Capacity:
     • Nerve Mapper: 0-20 mA in 1 mA steps.
     • Nerve Locator: 0-10 mA in 0.1 mA steps.
   • Variable Frequency: 0.1 to 99 Hz, allowing precision in nerve mapping.
   • Variable Pulse Width: 50 to 500 microseconds for tailored stimulation.

Benefits:

1. Precision and Control:

   • Offers precise control over stimulation currents and frequencies, ensuring optimal nerve identification and mapping.

2. Versatility in Stimulation Modes:

   • Supports a variety of stimulation modes, catering to different anesthesia procedures and patient needs.

3. Adaptable Frequency and Pulse Width:

   • Variable frequency and pulse width settings provide adaptability for a wide range of surgical scenarios.