Brain Monitoring System (BIS Technology)

Advanced neurotechnological platform for brain-machine interfaces and neural recording systems. Facilitates signal acquisition and processing for research and therapeutic neuromodulation applications.

Anesthesia depth monitoring EEG adapter cable compatible with BIS technology for patient consciousness assessment during anesthesia.

Real-time anesthesia depth monitoring system that measures brain electrical activity via EEG sensors to guide anesthetic administration during surgery. Helps prevent awareness during anesthesia and optimize drug dosing. Integrates wireless sensor technology with clinical decision support for perioperative use.

A specialized monitoring device for measuring and displaying sedation depth in clinical settings. Applies brain function monitoring technology to assess the level of consciousness in sedated patients across various medical procedures.

A monitoring device designed to assess the depth of anesthesia during surgical procedures. Utilizes brain function monitoring technology to provide real-time feedback on patient anesthetic state, helping clinicians optimize dosing and reduce risks associated with inadequate or excessive anesthesia.

Portable brain function monitoring system using near-infrared spectroscopy (fNIRS) and EEG technology for real-time neurological assessment. Enables non-invasive measurement of cerebral hemodynamics and neural activity across research and clinical applications including cognitive monitoring, language assessment, and brain stimulation protocols.

EEG sensor compatible with Cerebral State Index monitoring technology. Provides anesthesia depth assessment through spectral analysis.

Non-invasive cerebral oximetry monitor that measures regional oxygen saturation in brain tissue. The BRS-1 uses near-infrared spectroscopy (NIRS) technology to provide real-time monitoring during surgery, critical care, and neurological procedures. Enables early detection of cerebral hypoxia and ischemia to guide clinical decision-making.

Non-invasive cerebral oximetry monitor for real-time measurement of regional tissue oxygen saturation in the brain. The BRS-100 utilizes near-infrared spectroscopy (NIRS) technology to assess cerebral oxygenation during surgery, critical care, and neurovascular procedures. Designed to detect cerebral ischemia and optimize patient outcomes in perioperative and intensive care settings.

This system uses steady-state visually evoked potential (SSVEP) brain-computer interface technology combined with editable VR interface to decode user intent in real-time. It enables patients to express their intentions accurately and quickly, reducing nursing burden and improving quality of life.

Advanced neural stimulation devices designed for brain-computer interface applications. These systems enable direct communication between the brain and external devices through electrical stimulation and signal processing technology.

An anesthesia depth detection device featuring Android system technology for real-time monitoring of patient anesthetic levels during surgical procedures. The system provides large-capacity data storage with enhanced stability and anti-interference capabilities for reliable clinical performance.