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Biofeedback / Neurofeedback

Biofeedback

The term "biofeedback training" came into use, around 1969, when it was modified to be a useful tool in the teaching and learning of automatic adjustment processes that involves training. In a restricted sense, it is possible to conceptualize feedback through an etymological view. From the radical feed, alimentary, and the radical back, back, originate a feedback from a system. In popular language, the term feedback can also be considered as providing information about the state of a system. In educational and business environments, biofeedback training is a tool for the development of deep relaxation and stress management, processes that are important in preventing stress-related illnesses. In all applications, the goal of biofeedback training is self-regulation – learning how to control both physical and mental requirements for better and healthier functioning.

Neurofeedback

A brain-computer interface (BCI), also called mind-machine interface (MMI), and also direct neural interface (DNI), synthetic telepathic interface (STI) or brain-machine interface, is a direct communicative path between the brain and an external device. ICCs are often aimed at assisting, increasing or repairing human cognition or sense-asmotoring functions.

Today, these devices are beginning to be produced on a large scale and at low costs, for the most part to be applied in the areas of education and personal development.


The Blood Volume Pulse (BVP) Finger Sensor can be used to measure the relative changes in blood flow resulting from the heart beat. With this sensor we measure both the heart rate (HR) and heart rate variability (HRV) and also the level of vasoconstriction and vasodilation. It uses near infrared lig..
$1,500.00
Ex Tax:$1,500.00
The BVP Head Sensor can be used to measure relative changes in blood flow and is placed on the Arteria Temporalis on the side of the head. It uses near infrared light technology, also known as PPG (photoplethysmography). BVP is an efficient way for non-invasive  measurement (data acquisition) o..
$1,500.00
Ex Tax:$1,500.00
Our EEG caps are known for their quality, comfort, and accuracy making them suitable for a wide range of applications. The Fast-fix or Mini-caps, on the other hand, emphasize quick setup and ease of use, which is particularly advantageous in clinical settings where time and hygiene are critical. Bot..
$1,500.00
Ex Tax:$1,500.00
 The EEG Sensor can measure 2 or 4 channels of EEG with a linked ear reference. The EEG Sensor is provided with easy snap-on connectors for using various types of electrodes. The sensor is supplied with a shielded cable and medical grade ODU connectors. This reduces noise and artifact..
$1,500.00
Ex Tax:$1,500.00
The bipolar NeXus ExG Sensor uses shielded cable technology and is designed for measuring 1 or 2 channels of biopotential (ExG) signals like EEG (brain activity), sEMG (muscle activity), ECG/EKG (heart rate and HRV) or EOG for eye movement. (electrooculography..
$1,500.00
Ex Tax:$1,500.00
 When recording electrophysiological signals (EEG, EMG, ECG, EOG, or SCP) a single ground is required...
$1,500.00
Ex Tax:$1,500.00
Combining inertial reflex sensors, algorithms and biomechanics, GaitUP GO solutions clinically validated motion analytics covering all major gait and balance tests. Giving wearables the precision of motion labs, it delivers the need for everyday clinical use through a simple app. Currentl..
$1,500.00
Ex Tax:$1,500.00
Combining inertial reflex sensors, algorithms and biomechanics, GaitUP GO solutions clinically validated motion analytics covering all major gait and balance tests. Giving wearables the precision of motion labs, it delivers the need for everyday clinical use through a simple app. Currentl..
$1,500.00
Ex Tax:$1,500.00
Combining inertial reflex sensors, algorithms and biomechanics, GaitUP GO solutions clinically validated motion analytics covering all major gait and balance tests. Giving wearables the precision of motion labs, it delivers the need for everyday clinical use through a simple app. Currentl..
$1,500.00
Ex Tax:$1,500.00
The Respiration Sensor measures breathing rate and relative depth of abdominal or thoracic breathing. It is provided with an easy to apply elastic band and can be worn over clothing. The Respiration Sensor is usually placed over the abdomen. Respiration is often used in combination with the Blo..
$1,500.00
Ex Tax:$1,500.00
Combining inertial reflex sensors, algorithms and biomechanics, GaitUP GO solutions clinically validated motion analytics covering all major gait and balance tests. Giving wearables the precision of motion labs, it delivers the need for everyday clinical use through a simple app. Currentl..
$1,500.00
Ex Tax:$1,500.00
Sensors for real-time insights into physiological and brain responses with unparalleled signal quality and minimal noise and movement artifactsAssess physiological activity of the body and/or brain activity or brain function and define treatment or training plans. One of the well-know assessment too..
$1,500.00
Ex Tax:$1,500.00
The GSR Sensor measures sweat gland activity at the fingers or in the palm of the hand. Skin Conductance (SC) is also known as galvanic skin response (GSR) or electrodermal activity (EDA).SC, is the measurement of the electrical conductivity of the skin. During stress, the skin conductance and trans..
$1,500.00
Ex Tax:$1,500.00
The SCP Sensor has been especially designed for measuring Slow Cortical Potentials, which are signals in the lower range of the EEG spectrum (below 1 Hz). The SCP Sensor uses touch proof (TP) connectors for use with sintered Ag/AgCl electrodes. NeXus sensors are supplied with shielded cabl..
$1,500.00
Ex Tax:$1,500.00
 The Temperature Sensor has been designed for monitoring very small temperature changes in the peripheral extremities in Celsius or Fahrenheit. It can measure changes as small as 1/1000th of a degree. A stressful event, arousal or in other words sympathetic nervous system activity can..
$1,500.00
Ex Tax:$1,500.00
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