NMT Multiparametric Monitor

The MIPM TOF 3D Neuromuscular Transmission Monitor is a diagnostic device that measures neuromuscular function during anesthesia and critical care. It provides real-time assessment of muscle relaxation using train-of-four stimulation technology, enabling precise dosing of neuromuscular blocking agents and improved patient safety during procedures.

Neuromuscular monitoring device that measures and displays muscle relaxation levels during anesthesia. Provides real-time assessment of neuromuscular blockade to optimize dosing and patient safety during surgical procedures.

A neuromuscular transmission monitor used in anesthesia management to assess patient muscle relaxation status during surgery.

Train-of-four monitoring device incorporating mechanomyography (MMG) technology for neuromuscular assessment during anaesthesia. Combines electromyography precision with cost-effective handheld design for intraoperative neuromuscular monitoring.

The NMPRO Series is a multiparameter monitor that continuously displays and records vital signs including heart rate, blood pressure, oxygen saturation, and temperature. Designed for hospital wards, intensive care units, and operating rooms, it provides real-time patient monitoring with integrated alarms and data management capabilities.

Interactive display monitor for calculating, visualizing, and managing crucial neuromonitoring parameters from multiple measurement catheters in clinical settings.

Specialized monitoring device for infant and pediatric cardiac health assessment. Designed with high precision and accuracy for neonatal clinical applications.

Multi-parameter monitoring system designed for newborn vital sign assessment and continuous clinical observation. Compatible with central monitoring station systems for integrated patient management.

Monitoring system for continuous assessment of vital signs and physiological parameters in neonatal patients. Provides real-time patient data for NICU care management.

A high-tech medical device designed specifically for magnetic resonance environments that monitors patient vital signs in real-time to ensure surgical safety. It features wireless transmission, full-function touchscreen, and internal power supply, effectively reducing electromagnetic interference and improving surgical efficiency and imaging quality.

A monitoring device that measures electromyography and evoked potentials during surgical procedures. It is used for intraoperative neurological monitoring to assess nerve function and integrity.

A cardiac monitoring device designed specifically for neonatal intensive care units to continuously monitor heart function in newborn patients.