SURPASS IOM

A discrete intraoperative magnetic resonance imaging system designed for surgical applications and precision treatment solutions.

Optically Pumped Magnetometer (OPM) brain-computer interface system for non-invasive real-time detection and imaging of neural activity. Eliminates liquid helium requirements while enabling flexible head positioning, multi-person simultaneous detection, and applications across pediatric and adult populations. Supports brain function mapping, neurological disorder diagnosis, and neuroscience research without radiation exposure.

A continuous monitoring system based on non-invasive electrophysiology technology. The system prevents information loss from extended decalcification periods and enables early analysis and diagnosis of physiological parameters. It provides real-time monitoring capabilities for medical diagnostic purposes.

Open MRI system specifically designed for intraoperative brain tumor imaging during surgical procedures. Provides real-time diagnostic imaging capabilities to support neurosurgical interventions and improve surgical outcomes.

A lightweight, wearable magnetoencephalography system based on optically pumped magnetometer technology that enables long-duration continuous brain monitoring. The system supports flexible experimental designs, multi-person hyperscanning research, and customizable magnetic shielding configurations. It allows for non-invasive, real-time detection of neural activity with high temporal and spatial resolution without requiring traditional magnetic shielding rooms.

A neuro-monitoring device for intraoperative neuromonitoring. It is designed to monitor nerve function and detect neural injury during surgical procedures, particularly in thyroid surgery and other procedures where nerve protection is critical.

Specialized diagnostic device for real-time monitoring and assessment of brain tissue oxygen saturation in neurosurgical and critical care patients.

A system for continuous monitoring of neurophysiological parameters and brain electrical activity. Used in clinical settings for functional brain disease diagnosis and patient assessment.

Advanced diagnostic instrument for electrophysiological measurements and neuromuscular assessment. This equipment enables non-invasive recording and analysis of electrical activity in muscles and nerves.

Real-time magnetic resonance imaging guidance system for surgical applications in neurosurgery, orthopedic surgery, and oncologic procedures. The system provides precise lesion localization, minimizes surgical trauma, and enhances procedural success rates.

A cerebral oxygenation monitoring instrument for measuring brain tissue oxygen levels in critical care and surgical environments. This device supports clinical assessment of neurological perfusion status and oxygen delivery to neural tissue.

Comprehensive neural recording and analysis system for neurological disorder assessment and monitoring. Provides objective neurophysiological biomarkers for diagnosis and treatment response evaluation.