Products
Wireless & Portable
Lightweight and compact Inertial Measurement Unit (IMU) sensors placed on body segments enables the capture of human motion in three degrees of freedom (3-DOF), wirelessly, at a high sampling rate (200 Hz).
Range of Motion
By positioning individual IMU sensors on two contiguous body segments, the intervening joint ROM can be determined, acting as a virtual goniometer. Translational data via double integration is simple and achievable with our built-in math tool kit.
Full Body
This concept is easily expandable from a single joint of interest to a simultaneous full body measurement across all major articulations, without sacrificing speed or accuracy.
Versatile
Capture the most precise measurements for accelerations, angular velocity and angular orientation. Combine myoMOTION with EMG, Video, Pressure or Force for a completely synchronized biomechanical analyis
Patented Innovations
At the heart of all Noraxon systems is patented and FDA-approved technology that powers our world-class data capture systems. The result is reliable, repeatable and pure data that enables precise study of human movement.
All-in-One Ecosystem
myoMOTION is our 3D Motion Capture specific data analysis and collection software module that is part of the myoRESEARCH software platform. With full integration and synchronization across the entire platfrom, all of your human movement data is at your finger tips.
“My good friends over at #JohnsHopkins Physical Therapy thought it be a good idea to test some of their new equipment by #Noraxon. I had 13 sensors attached to me measuring all things Kinematics. Thanks @kenjohnsn for this amazing opportunity to better understand what I love to do!”
Philippe DeRosier
Running Coach
Seamlessly Integrated into myoRESEARCH®
Data Capture and Analysis Software Made Smart and Friendly
Noraxon 3D Motion Capture software module: myoMOTION™
Visualize the 3D data real-time with the Noraxon avatar which provides joint trajectories, contact detection, and magnetic rejection algorithms. Analyze biofeedback from EMG and other sensors attached to the body during movement seamlessly.
