Neuro-Physiological Signal Recording Systems

EMG, EEG, fNIR and other physiological signals are required for Gait, Sports, Neuro-Cognition, Psycho-Physics, Biomechanics and Ergonomics studies. There are following systems available for the purpose.

Delsys trigno avanti wireless EMG system:

Delsys is the worldwide leader in the design, manufacture, and marketing of a portfolio of high performance electromyography instruments.

These include a range of physiological and biomechanical sensors that are used in all types of human movement research and education.

Trigno Avanti Platform:

A trusted brand for reliable recordings of EMG & neural firings for research, medical, educational, and OEM applications

  • WiFi and Bluetooth wireless communication

  • Reliable and easy EMG signal detection

  • Real-time feedback of signal strength

Trigno Research+

Advancing research possibilities with wearable solutions for human movement assessments

With built-in Wi-Fi and Bluetooth capabilities, this dual-purpose system enables you to record EMG + movement data from anywhere and at any time. Leveraging these abilities makes the system the optimal indoor/outdoor tool for both advanced research and mobile clinical conditions.

Trigno Wireless System

A high-performing device designed to make EMG signal detection reliable and easy.

The system is capable of streaming data digitally into EMGworks®, third-party software, or via analog outputs for integration with motion capture and other third-party data acquisition systems. Full triggering features further ...... more

MCS Biosignal Recording Systems and Accessories:

Medical Computer Systems is specialized in the design and manufacture of high-tech medical devices since 1993 year. Projects cover a wide spectrum of EEG equipment and accessories: clinical electroencephalography, EEG amplifiers for research, including multi-channel amplifiers (more than 160 channels), MR compatible EEG amplifiers, wireless EEG recorders, active EEG electrodes. Partners of MCS are leaders of EEG equipment for scientific research world market. MCS supports the international quality system ISO 9001, ISO 13485 and manufactures many products with CE marking for the demanding European market.

FLEXIBLE EEG ACQUISITION FOR CLINICS AND RESEARCHERS

NVX is the DC amplifier with 24, 32 or 48 monopolar channels for electrodes and 4 auxiliary bipolar channels for sensors NeoSens. The device is used in training systems, clinical and scientific researches as a part of computer-based research system for short-term registration of the electro-physiological signals, primarily EEG. The amount of channels and presence of auxiliary channels depends of models.

Basically NVX amplifiers is used with NeoRec application software. NeoRec is software for the acquisition of EEG and other biomedical signals during the process of scientific or medical research. The program records the signals in various file formats for further analysis and processing by third-party software.

Supported file formats: EDF+, BDF+, GDF, EEG, SM. For viewing or processing the recorded data, the following third-party programs and software packages are recommended: EDFbrowser, Polyman, SigViewer, EEGLAB, ERPLAB, OpenViBE, BioSig.

For Real-time access/control of data stream from amplifiers into Matlab/C++/Python/OpenVIBE for BCI and Neuro-Cognitive experiments, support for Open Source, Lab Steaming Layer ( https://github.com/sccn/labstreaminglayer ) is available.

AVAILABLE MODELS

  1. NVX24 with EEG DC monopolar channels, 1/1 input/output triggers

  2. NVX36 with 32 EEG DC monopolar channels, 4 DC AUX bipolar channels for probes, 9/1 input/output triggers, OLED display

  3. NVX52 with 48 EEG DC monopolar channels, 4 DC AUX bipolar channels for probes, 9/1 input/output triggers, OLED display

  4. High Density, MR Compatible EEG Systems NVX 72/NVX 136/NVX 272 .......more

FNIR System

Functional NIRS equipment Spectratech OEG-16H

Spectratech OEG-17H is the Functional NIRS equipment, to measure the change in blood amount in each part in the not-so-deep in vivo part at the same time in a multichannel method utilizing the light absorption characteristics in the vicinity of near infrared to red light where the in vivo hemoglobin (Hb) changes by its oxygen bonding state.

The spread spectrum modulation system, which is one of the latest digital technologies, we originally developed is adopted as the light modulation/ demodulation technology which forms the basis of this equipment. It has achieved the further high performance, downsizing, and cost reduction compared with the former technologies.... more

3D Digtizer- for digitizing 3D electrode positions on scalp and head shape for accurate source localization.

Patriot, Fastrak or Liberty 3D Digitizers can be used to digitize 3D eeg electrode or fNIR system's optodes positions on scalp and also for head

shape digitizing for accurate source localization in EEG/ERP, Cognition studies. Digitized electrode head positions and ahead points can be exported in many standard formats compatible with popular EEG/ERP analysis softwares like Neuroscan, EEGLab, CAR Tools etc..