NeuroWave
Developer and manufacturer of non-invasive brain monitoring devices and research platforms for anesthesia, critical care and defense applications. Technology focus includes deterministic wavelet-based EEG quantification, bilateral frontal EEG acquisition, artifact suppression and signal-quality monitoring, data interoperability (EDF+), and research toward integration with closed-loop infusion systems. Operates an ISO 13485 quality management system and has pursued regulatory clearances for monitoring devices.
Industries
Nr. of Employees
small (1-50)
NeuroWave
Patents
Physiological signal acquisition system and method with improved noise and common mode rejection performance and signal quality
US-12647146-B1
View DetailsIntelligent pharmaceutical delivery system with automatic shutoff and method of using
US-12377215-B1
View DetailsSystems and methods for controlled delivery of analgesic and hypnotic agents
US-12377214-B2
View DetailsDetector for identifying physiological artifacts from physiological signals and method
US-12207933-B1
View Details
Physiological signal acquisition system and method with improved noise and common mode rejection performance and signal quality
US-12647146-B1
View DetailsIntelligent pharmaceutical delivery system with automatic shutoff and method of using
US-12377215-B1
View DetailsSystems and methods for controlled delivery of analgesic and hypnotic agents
US-12377214-B2
View DetailsDetector for identifying physiological artifacts from physiological signals and method
US-12207933-B1
View DetailsProducts
Bedside bilateral EEG monitoring system (integrated monitor)
Integrated bedside brain monitoring system that acquires bilateral frontal EEG, computes a deterministic wavelet-based cortical index per hemisphere, displays spectral and trend information, and archives raw and processed data with EDF+ export.
OEM EEG acquisition and processing module
Compact module intended for integration with third-party host monitors; provides bilateral EEG signals, processed variables and continuous impedance monitoring over standard interfaces, designed to meet clinical EEG device standards.
Pre-gelled disposable forehead electrode kit
Single-patient, pre-gelled adhesive forehead electrode kit (four electrodes plus skin prep pad) designed for rapid placement and up to 24 hours continuous frontal EEG acquisition.
Integrated closed-loop TIVA research prototype
Research prototype combining bilateral EEG monitoring, integrated dual-channel infusion pump using a rotary peristaltic mechanism in a disposable set, and closed-loop control algorithms for automated TIVA delivery (research platform, not for commercial sale).
EasyPrep EK-901 Electrodes
Proprietary disposable EEG electrodes specifically designed for NeuroWave brain monitoring technologies, ensuring acquisition of high-fidelity micro-volt EEG signals and rapid, easy use by non-specialists.
EasyPrep Electrode Kit (EK-701)
Disposable electrode kit designed for use with the NeuroSENSE monitoring system, requiring only minor patient preparation.
Bedside bilateral EEG monitoring system (integrated monitor)
Integrated bedside brain monitoring system that acquires bilateral frontal EEG, computes a deterministic wavelet-based cortical index per hemisphere, displays spectral and trend information, and archives raw and processed data with EDF+ export.
OEM EEG acquisition and processing module
Compact module intended for integration with third-party host monitors; provides bilateral EEG signals, processed variables and continuous impedance monitoring over standard interfaces, designed to meet clinical EEG device standards.
Pre-gelled disposable forehead electrode kit
Single-patient, pre-gelled adhesive forehead electrode kit (four electrodes plus skin prep pad) designed for rapid placement and up to 24 hours continuous frontal EEG acquisition.
Integrated closed-loop TIVA research prototype
Research prototype combining bilateral EEG monitoring, integrated dual-channel infusion pump using a rotary peristaltic mechanism in a disposable set, and closed-loop control algorithms for automated TIVA delivery (research platform, not for commercial sale).
EasyPrep EK-901 Electrodes
Proprietary disposable EEG electrodes specifically designed for NeuroWave brain monitoring technologies, ensuring acquisition of high-fidelity micro-volt EEG signals and rapid, easy use by non-specialists.
EasyPrep Electrode Kit (EK-701)
Disposable electrode kit designed for use with the NeuroSENSE monitoring system, requiring only minor patient preparation.
Services
Partnerships for closed-loop anesthesia research, clinical validation studies, pharmacodynamic modeling, and integration with research infusion platforms.
Provision of compact acquisition and processing modules that deliver bilateral EEG signals, processed cortical indices and signal-quality metrics for integration into third-party host monitoring systems.
Partnerships for closed-loop anesthesia research, clinical validation studies, pharmacodynamic modeling, and integration with research infusion platforms.
Provision of compact acquisition and processing modules that deliver bilateral EEG signals, processed cortical indices and signal-quality metrics for integration into third-party host monitoring systems.
Expertise Areas
- EEG acquisition hardware design and front-end electronics
- Deterministic wavelet-based EEG quantification for anesthetic effect
- Real-time EEG processing and artifact suppression
- Clinical validation of depth-of-anesthesia monitors
Key Technologies
- Wavelet-based EEG analysis
- Bilateral two-channel frontal EEG acquisition
- High-sampling-rate EEG acquisition (≈896 Hz)
- Low-noise analog front-end design
News & Updates
Announcement of FDA 510(k) clearance for a generation of bedside brain function monitor intended to assess adequacy of anesthesia and sedation in adults.
Technical white paper describing a deterministic wavelet-based cortical quantifier, algorithm characteristics (delay-free, linear/time-invariant dynamics), and monitor design considerations.
Holds ISO 13485:2016 certificate (certificate number FM 545363) for design, development, manufacture, service and distribution of non-invasive signal acquiring/processing medical devices; effective date 2024-08-14, expiry 2027-08-13.
Awarded contracts and funding from U.S. Department of Defense components to develop closed-loop sedation and related technologies.
Multiple scientific abstracts and clinical validation collaborations on closed-loop anesthesia research and validation of EEG-derived quantifiers.
Announcement of FDA 510(k) clearance for a generation of bedside brain function monitor intended to assess adequacy of anesthesia and sedation in adults.
Technical white paper describing a deterministic wavelet-based cortical quantifier, algorithm characteristics (delay-free, linear/time-invariant dynamics), and monitor design considerations.
Holds ISO 13485:2016 certificate (certificate number FM 545363) for design, development, manufacture, service and distribution of non-invasive signal acquiring/processing medical devices; effective date 2024-08-14, expiry 2027-08-13.
Awarded contracts and funding from U.S. Department of Defense components to develop closed-loop sedation and related technologies.
Multiple scientific abstracts and clinical validation collaborations on closed-loop anesthesia research and validation of EEG-derived quantifiers.