Tailored Solutions for Neuromuscular Analysis
Embedded Files
Improve Your Research with Reproducible, High-Fidelity Data
Conventional EMG and motion capture systems often create bottlenecks in research; they require time-consuming configurations, specialized technical expertise, and can produce inconsistent results due to electrode placement variability. MyoLink eliminates these barriers. We provide a powerful, versatile, and easy-to-use platform that your entire team (PhDs, Master's students, etc.) can operate with minimal training. MyoLink is designed to support diverse research areas, including biomechanics, neurorehabilitation, and motor control studies.
The Myolink Platform: Your Research, Accelerated
Myolink is an integrated hardware and software platform designed to remove the traditional barriers to neuromuscular research.
See the Complete Picture: Our modular high-density, 32-channel grids capture a rich map of muscle activation, moving beyond the fragmented view of a few bipolar electrodes.
Get Consistent, Repeatable Data: The elastic sleeve design ensures consistent coverage and pressure, while our software can help auto-register activation maps across sessions, improving the reliability of your longitudinal data.
Trust Your Signal: We provide a fully synchronized stream of raw, high-fidelity data at 1000Hz, with sub-millisecond accuracy for EMG and IMU channels, giving you the clean signal required for advanced computational analysis.
Modular and Adaptable: Our modular design allows you to collect data from various body parts. Use a single electronics box with different elastic bands sequentially, or get additional units to capture data simultaneously. You can combine as many EMG bands and IMU sensors to fit your specific need.
Applications of Myolink
The Myolink system can be used for many applications (Biofeedback, EMG-triggered stimulation, Closed-loop stimulation parameter optimization, Exoskeleton control, Prosthesis control, Assistive technologies, Digital Communication for impaired people, Neuro-modulation, VR control, etc.)
Let's be in touch!
If you are interested, don't hesitate to contact us
Page updated
Report abuse