A touch of modern with the new receiving unit, giving all the necessary feedback to the user, including battery life, sensor type and signal strength.
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Designed to be the next best wireless EMG System in the world
Setting the new standard for wireless EMG technology.
WaveX is not just the evolution of Wave Plus, but it is the result of years of research and feedback from the market, obtaining unparalleled user experience.
A touch of modern with the new receiving unit, giving all the necessary feedback to the user, including battery life, sensor type and signal strength.
New sensors with integrated IMU, more powerful transmission units, and wifi chip for faster memory download.
As usual, the range includes fixed distance sensors, flexible sensors, and waterproof sensors to satisfy even the most demanding users.
Now up to 36 channels, all new sensors and even more combinations.
WaveX brings to the market new and important exclusive features:
The completely redesigned memory download system significantly cuts down the data download time. Time saved to do more.
WaveX EMG is fully compatible with our own EMG and Motion Tools software, which is the only software for EMG acquisition provided FREE of charge with the purchase of any EMG system. This software is simple and yet powerful at the same time, allowing you to:
Check out our state of the art configurator to see what you can do with our systems and get a customized quote!
This is our new promo video showing the features of our latest EMG and IMU models. We recorded full body IMU with joint angles, 8 ch EMG, and 8 EMG + 7 IMU lower body. All of it in a real practice setting, outdoor, with easy setup and no distance limitations. www.cometasystems.com
This video is a summary of the Biomot EU FP7 Project. We recommend to all the audience interested in wearable robotics and biomechanics to watch full video. Technaid’s exoskeleton Exo-H2 has been used for different tests along the project and the inertial technology for subject’s biomechanical analysis was provide by Technaid too.
The main objective of the project was to improve existing wearable robotic exoskeletons exploiting dynamic sensory-motor interactions and developing cognitive capabilities that can lead to symbiotic gait behaviour in the interaction of a human with a wearable robot.
Our EMG and IMU sensors are the only ones on the market that can work underwater. In the video, an athlete performs several tasks, including underwater gait (ideal for rehabilitation research), and fast swimming in different styles. All data is logged on board the sensors and downloaded later. Customers include Japan Institute of Sports Science and Edinburgh University. Contact us for more information and a quote.