EN
Designed specifically for patients with hemiplegia and hand dysfunction, it precisely promotes blood circulation and relieves muscle spasms and stiffness through air compression massage, electrical stimulation and mirror therapy techniques. The Hand rehabilitation training device supports passive flexion and extension, active grasping and single-finger training modes, simulating natural movement trajectories and assisting in the reconstruction of hand neuromuscular control. It is suitable for patients with stroke, postoperative rehabilitation and arthritis.
VU-FR01/The hand rehabilitation training device is specially designed for patients with hemiplegia and hand dysfunction. Through air compression massage, electrical stimulation and mirror therapy techniques, it precisely promotes blood circulation and relieves muscle spasms and stiffness.
The device supports passive flexion and extension, active grasping and single-finger training modes, simulating natural movement trajectories and assisting in the reconstruction of hand neuromuscular control.
Certified by CE/FDA medical certification, it ensures safety and non-invasiveness, and is suitable for patients with stroke, postoperative rehabilitation and arthritis.
User feedback shows that continuous use can significantly improve joint range of motion and enhance self-care ability, making it an ideal choice for medical institutions and home rehabilitation.
Massage gloves: Wearable devices that adopt air compression massage technology and are applied to hand massage and relaxation. They provide vibration massage and hot compresses to relieve fatigue, promote blood circulation, and relax muscles.
Rehabilitation gloves: Specifically designed for hand dysfunction, such as stroke, hemiplegia or postoperative rehabilitation. Assisting in the flexion and extension of fingers and grasping exercises can help promote blood circulation and relieve muscle stiffness.
Mirror glove: An auxiliary device used in mirror therapy, guiding the affected hand through the movements of a healthy hand. The combination of visual feedback and mechanical assistance enhances neural plasticity and promotes motor control.
