TOF3D Neuromuscular 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.

A neuromuscular transmission (NMT) monitoring device used in operating rooms to objectively measure neuromuscular transmission during anesthesia. The device incorporates RGB's proprietary NMTCuff® technology for reliable measurement of neuromuscular function during surgery. It is designed to enhance patient safety by enabling quantitative monitoring of muscle relaxation and verification of correct neuromuscular function at different stages of the operation, in accordance with guidelines from anesthesiology associations including APSF, ASA, and ESAIC.

Multiparametric ICU monitor with integrated neuromuscular transmission (NMT) measurement technology using a modified blood pressure cuff. Enables objective monitoring of neuromuscular blockade during anesthesia, particularly in robotic surgery where arm positioning limits traditional measurement methods. Complies with anesthesiology best practice guidelines for NMT assessment.

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

Intraoperative monitoring system that records electromyography and evoked potentials during surgical procedures to assess nervous system function in real-time. Enables surgeons to detect and prevent iatrogenic nerve injury by providing continuous neurophysiological feedback throughout the operation.

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 uterine electromyography monitoring device designed for intelligent fetal monitoring during labor. This device measures uterine muscle electrical activity to assess labor progression and maternal-fetal status.

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.

Intraoperative nerve monitoring system designed to detect and prevent iatrogenic nerve injury during surgical procedures. The Neurosign V4 provides real-time electrophysiological feedback to surgeons, enabling identification of neural structures and assessment of nerve function during operation. Enables safer surgical dissection and reduces postoperative neurological complications.

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

An advanced fetal monitoring cardiotocograph designed to capture and monitor fetal heart rate, fetal movement, and uterine contractions during pregnancy. This equipment provides cardiotocography (CTG) examination, a non-invasive procedure essential for preventing and diagnosing fetal distress and ensuring adequate fetal oxygenation during gestation and labor.

An anaesthesia depth monitoring device that combines quantitative indicator trend analysis with real-time brain electrical activity spectrum analysis. The device provides multiple-angle analysis functions including Ai (consciousness response index), BSR (burst suppression response), and EMG (muscle activity response) to monitor patient anaesthesia depth during surgery.