XFT-2005A Rehab Robot Glove
Rehab Robot Glove
The XFT-2005A Rehab Robot Glove is hand rehabilitation training device that combines EMG electromyographic
feedback and flexible robotics for patients with stroke or hand disabilities.
Using the flexible air-activated muscles as the power source, it helps patients to do passive rehabilitation training
through pre-set training programs. The intensity of the EMG signal of the patient's limb can be detected in real time
through the EMG Armband. When the EMG signal reaches a preset threshold, the rehabilitation robot glove is triggered
to help train the flexion and extension function of the affected limb, so that the patient's limb can achieve hand flexion
and extension movements dependently, train and repair the patient's limb motor function, and prevent muscle disuse
Innovative mirror training to promote motor function recovery
Based on the principle of mirror, it adopts EMG biofeedback technology to make the healthy limb drive the affectedlimb and synchronize the movement of both limbs. Under the stimulation of the wrong image of the affected limb being
"cured", the mirror neuron system is activated, and through continuous imitation and learning, the brain function
remodeling is promoted to achieve the purpose of rebuilding neuromotor function.
The EMG Armband is used to monitor the EMG signal generated during the movement of the healthy limb in real time. When the movement of the healthy limb then triggers the work of the affected limb glove, thus helping the patient to train
the hand flexion and extension function of the affected limb, in order to achieve the purpose of the patient's limb autonomyhand flexion and extension training and repair the patient's limb motor function, prevent the patient's muscle wasting atrophy.
Designed to simulate the human hand structure, the flexible pneumatic bionic muscle is used as the power source to help
patients do active and passive rehabilitation training through pre-set training programs. The built-in pneumatic actuator
provides highly reliable control of the pneumatic finger through the stable output of high-precision adjustable air pressure,
effectively driving the finger joints for bionic training while ensuring that no secondary injuries such as strains are caused.