01 / Experience
Understand every signal
Follow muscle activity as it happens. Clear EMG visualization helps patients and clinicians assess signal response during training.
Ecosystem / App & connection
MyoSense app
Available on AndroidiOS coming soon
Visualize muscle signals, practice virtual prosthetic control, and build confidence through interactive training.
Inside MyoSense
Train, understand, improve
02 / Experience
Turn intent into movement
Practice opening and closing a virtual prosthetic hand, creating a clear connection between muscle activation and control.
03 / Experience
Make repetition engaging
Interactive games bring variety to training and encourage focused, repeatable muscle activation.
The connected experience
From muscle signal to confident control
MyoSense and MyoLink work together as one guided training experience.
01
Connect with MyoLink
MyoLink reads muscle signals and connects them to the MyoSense app through Bluetooth.
02
See muscle activity
Visualize EMG signals in real time and understand how each contraction responds.
03
Practice control
Use interactive simulation to practice prosthetic control before everyday use.
04
Train through games
Build consistency through immersive exercises that stimulate muscle response.
MyoSense + MyoLink
Everything connects through MyoLink
MyoSense works with MyoLink to receive muscle signals. The portable device transfers real-time data to the app through Bluetooth.
Runs on Android phones, tablets, TVs and Android boxes. iOS coming soon.
Ecosystem support
Start your training journey with guidance.
Talk with the Cure Bionics team about MyoSense, MyoLink, and the right training setup for you.
Related products
MyoSetup app
MyoSetup app
A web and mobile platform for real-time remote calibration, user-based configuration, automatic diagnosis, software updates and connected prosthetic support.
MyoLink
MyoLink
A device that reads and analyzes muscle signal quality and connects to the MyoSense app for rehab, training and configuration.
MyoFinder
MyoFinder
A device that reads and analyzes muscle signal quality to guide future prosthetic sensor placement.