What is an electroencephalograph or EEG?
The EEG or Electroencephalograph is a device that allows recording the electrical activity of the brain through an electro-physiological process. The electrodes are placed along the scalp and it is considered medically minimally invasive.
Applications: The use of EEGs can vary but in general there are two types of EEGs, some of medical nature and others of research nature.
The EEGs of medical or clinical nature, are certified and can be used with patients to treat different types of diseases.
Research EEGs, as its name indicates are used to perform research experimentation for specialized disciplines and laboratories such as: Neuromarketing, Neuro Psychology, Neurofeedback, Brain Computer Interface, among others.
Applications: The use of EEGs can vary but in general there are two types of EEGs, some of medical nature and others of research nature.
The EEGs of medical or clinical nature, are certified and can be used with patients to treat different types of diseases.
Research EEGs, as its name indicates are used to perform research experimentation for specialized disciplines and laboratories such as: Neuromarketing, Neuro Psychology, Neurofeedback, Brain Computer Interface, among others.
A. Electroencephalograph + fNIR
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The EEG with fNIR is an investigation category device specially designed to synchronize the data from the brain's electrical activity and the response of the oxygen level in the blood, also known as hemodynamics. The EEG and fNIR sensors are overlapping each other, allowing the two signals to be recorded simultaneously and to better understand the relationships between them. Some benefits:
1. EEG sensors with active electrodes that bring amplification and digitization from the device with more than 90% correlation with conventional electrodes. 2. Triple-frequency Ulta-Bright LED emitters and amplified detectors offer reliable fNIR measurement through the hair. 3. fNIR optodes arranged around dry electrode EEG sensors for joint EEG and BOLD measurement. 4. Patented artifact-resistant electromechanical designs allow movement in natural environments such as offices or laboratories . Applications: Neurofeedback, Neuroergonomics, Neuromarketing, Brain Computer Interfaces, Psychology Research. |
B. Electroencephalograph with Virtual Reality (EEG + VR)
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Este Electroencefalógrafo con VR de grado de investigación con electrodos secos y envío de triggers de manera inalámbrica, está especialmente diseñado para aplicaciones de P300 con integración de Realidad Virtual. Tiempo estimado de montaje (<2 Min) y Tiempo de limpieza < 1 Min.
Calidad de la Señal Excepcional: 1. Sensores con electrodos secos equipados con amplificadores y digitalizadores directamente en el dispositivo. 2. Señal grado de investigación: Tiene más del 90% de correlación frente a un electrodo húmedo. 3. Patente del Diseño Electro Mecánico resistente a Artefactos que permite la movilidad en ambientes naturales. 4. Impedancia continua y Monitoreo de la calidad de la señal. Sus aplicaciones: Neurofeedback, Neuroergonomía, Neuromarketing, Brain Computer Interfaces, Investigación en Psicología. |
C. 21-Channel Electroencephalograph (EEG DSI-24)
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The DSI-24 is a research grade wireless EEG, designed with 21 channels located corresponding to the International 10-20 System. Among its features are:
1. Pre-set configuration and ready to record EEG signal in less than 5 minutes. 2. Comfortable to use for 8 hours at a time. 3. Portable design for outpatient use in offices or at laboratory level. 4. Continuous impedance monitoring . 5. Wireless transmission via Bluetooth at 300 hz. Its applications: Neurofeedback, Neuroergonomics, Neuromarketing, Brain Computer Interfaces, Psychology Research. |
D. 7-Channel Electroencephalograph (EEG DSI-7)
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The DSI-7 is a research grade wireless EEG, designed with 7 channels located corresponding to the International 10-20 System. Among its features are:
1. Pre-set configuration and ready to record EEG signal in less than 1 minute. 2. Comfortable use for 8 hours of continuous use. 3. Portable design for outpatient use at office or laboratory level. 4. 7 Sensors in the following positions: F3, F4, C3, C4, Pz, P3, P4. Continuous impedance monitoring . 6. Wireless transmission via Bluetooth at 300 hz. Applications: Neurofeedback, Neuroergonomics, Neuromarketing, Brain Computer Interfaces, Psychology Research. |
E. Electroencephalograph of 7 Flexible Channels
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The DSI-7 Flex is a wireless dry EEG Research Electrode system designed with 7 channels that can be located anywhere on the head. This configuration offers high flexibility, portability and high signal quality opening the door to a wide range of applications. It also has the following benefits:
1. Integrated electronic module with amplifiers, digitizers, transmitter and power supply. 2. Can be configured with up to 7 electrodes plus 2 sensors for the earlobes. 3. Versatile sensor localization that allows exploratory research. 4. Transmission via Bluetooth. Its applications: Neurofeedback, Neuroergonomics, Neuromarketing, Brain Computer Interfaces, Research in Psychology. |
