NeuroScope Neuromonitoring by Invamed offers a comprehensive platform for real-time neurological surveillance, enabling early detection of neural compromise and supportive decision-making during surgery or critical care. Featuring high-fidelity signal processing and a range of sensor modalities (EEG, EMG, evoked potentials), this system helps prevent irreversible neuronal damage and enhances patient safety in neurosurgery, spinal operations, or stroke and TBI management in the ICU.
Multimodal Neuromonitoring Capabilities
Provides EEG (electroencephalogram), EMG (electromyography), and SSEP/MEP (somatosensory/motor evoked potentials) support in one integrated platform.
Real-time displays of cortical and subcortical signals guide anesthesia depth, detect neural ischemia or nerve root compromise, and track neural function in complex surgeries.
High-Fidelity Signal Acquisition
Utilizes low-noise amplifiers and advanced filter algorithms to capture accurate waveforms under challenging OR or ICU conditions.
Minimizes artifact from electrocautery, patient movement, or external electromagnetic interference—ensuring clear neurological data at all phases of an operation.
User-Friendly Interface & Alarms
Touchscreen workstation displays continuous waveforms, numeric trends, and color-coded alarms for critical threshold detections.
Configurable alerts allow neurophysiologists or anesthesiologists to respond swiftly if latencies, amplitudes, or EEG power shift beyond safe ranges.
Flexible Sensor & Lead Integration
Compatible with standard needle electrodes, surface electrodes, or specialized leads for epidural or intracranial placements.
Plug-and-play approach streamlines set-up, meeting varied patient anatomies and monitoring needs—from lumbar spine to cranial procedures.
Surgical & ICU Applications
Intraoperative neuromonitoring for high-risk neurosurgeries, spinal fusions, or vascular bypasses where nerve function is at stake.
Critical care EEG or SSEP monitoring for stroke/TBI patients, detecting early signs of seizures, ischemia, or deep sedation levels.
