MyoPro Orthotic Device Review
Introduction
Stroke recovery often requires intensive therapy and specialized tools to help regain movement in affected limbs. One advanced technology designed to assist with arm and hand movement is the MyoPro.
Developed by Myomo, this robotic arm brace helps individuals with neurological injuries move their arms and hands by detecting muscle signals and assisting the intended motion.
The device is designed for people recovering from conditions such as stroke, multiple sclerosis, brachial plexus injury, and spinal cord injury. In this review, we explore how the MyoPro works, its features, and whether it may help stroke survivors regain arm function.
What Is the MyoPro?
The MyoPro is a wearable robotic arm brace that assists movement in the elbow, wrist, and hand. It is classified as a powered orthosis and is custom-fitted for each user.
Unlike passive braces that simply support the arm, the MyoPro actively assists movement. It reads electrical signals from the user’s muscles—signals that occur when a person attempts to move their arm or hand.
When these signals are detected, small motors in the brace help complete the movement. This allows individuals with significant weakness or paralysis to perform movements that might otherwise be impossible.
Because the device must be customized and programmed, it is typically prescribed through physicians and rehabilitation specialists. In some cases, insurance coverage may be available.
How It Works
The MyoPro uses surface electromyography (EMG) sensors placed on the skin to detect electrical signals generated by muscles.
Even when movement is very limited, many stroke survivors can still produce faint muscle signals when they attempt to move. The device detects those signals and interprets them as commands.
When the system recognizes the signal, motors within the brace assist the movement of the arm or hand.
This assistance allows users to perform actions such as:
Bending or straightening the elbow
Opening and closing the hand
Stabilizing the arm for functional activities
Repeated use of the device may help reinforce the brain-to-muscle connection through the principle of Neuroplasticity, which plays a key role in stroke recovery.
Key Features
Custom-fitted robotic brace for the arm and hand
Detects muscle signals to trigger assisted movement
Provides powered assistance for elbow and hand motion
Adjustable sensitivity for different levels of muscle activity
Designed for both therapy sessions and everyday functional use
Pros and Cons
Pros
✔ Helps users move an arm or hand that cannot move independently
✔ Uses the user’s own muscle signals to activate movement
✔ Custom-fitted for comfort and support
✔ May improve independence with daily tasks
✔ Designed specifically for neurological rehabilitation
Cons
✘ Can be expensive without insurance coverage
✘ Requires professional evaluation and fitting
✘ Not suitable for individuals with no detectable muscle signals
✘ The brace can feel bulky compared to simpler therapy tools
Who This Device Is Best For
The MyoPro may be most beneficial for:
Stroke survivors with partial muscle activation in the arm or hand
Individuals with severe weakness but detectable muscle signals
Patients working with occupational or physical therapists
People looking for assistance with functional arm movement
The device is most often used by individuals who cannot move their arm independently but still have enough muscle activity for the system to detect.
Final Thoughts
For stroke survivors struggling with arm and hand movement, the MyoPro offers a unique technological approach to rehabilitation.
By detecting the user’s own muscle signals and assisting movement, the device allows individuals to perform motions that might otherwise be impossible. While it may not be appropriate for every survivor, the MyoPro has helped many people regain functional movement and improve independence in daily life.
Learn More
To learn more about the MyoPro, visit the official website of Myomo for information about evaluations, insurance coverage, and clinical programs.