Neurophysiological Monitoring System

Neurophysiological Monitoring System

Welcome to a Biomedical Battery specialist of the Nihon Kohden Battery

Nihon Kohden, a developer of medical electronic equipment, has commercially launched its new Neuromaster MEE-2000A with battery such as Nihon Kohden ECG-9020K Battery, Nihon Kohden ECG-9130 Battery, Nihon Kohden ECG-9320 Battery, Nihon Kohden ECG-9620 Battery, Nihon Kohden ECG-11A Battery, Nihon Kohden FSB-2012K Battery, Nihon Kohden LCS-2012NK Battery, Nihon Kohden LCS-2912NK Battery, Nihon Kohden MD-BY01 Battery, Nihon Kohden QTC6210K Battery, Nihon Kohden SB-901D Battery, Nihon Kohden TEC-5500 Battery, an individualized, portable intraoperative monitoring system that allows clinicians to respond to the neurophysiological needs of patients in the operating room. The technology enables clinicians to set patient-specific protocols and tailor monitoring parameters to improve flexibility and responsiveness.

According to the company, neurophysiological monitoring is required during any surgery that could result in damage to the nervous system. Neuromonitoring is often used in spine, neurology, vascular orthopedic, and otolaryngologic surgeries, among others.

“Operating rooms are fast-paced and stressful environments that also require meticulous precision and attention to ensure optimal patient outcomes,” said Wilson P. Constantine, chief executive officer, Nihon Kohden America. “In developing the Neuromaster MEE-2000A, we focused on providing a solution that helps clinicians overcome the hurdles they face every day and ensures they have the right tools to accommodate the needs of individual patients every time.”

The system includes several modules for electrophysiology such as electroencephalography, electromyography, and others that can be configured according to surgical indication and patient need. A transcranial stimulator, the TcMEPro Matrix Stim, also allows healthcare professionals to quickly set patient-specific protocols by customizing parameters such as duration, interstimulus interval (ISI), and train length. The laptop system is designed to be small and light for enhanced portability.