Upgraded Rehabilitation Robotic Gloves, Finger and Hand Function Workout Recovery Device, Hand Exerciser Aids Robotic Glove, Finger Rehabilitation Trainer

PRODUCT DESCRIPTION: This upgraded version of rehabilitation robot gloves can help you solve the problem of hand flexibility training/promote blood circulation and solve the problem of hand stiffness. PRODUCT INFORMATION: Product name: Finger trainer Function: Assist hand training Size: 130*106*65mm Weight: Main unit about 330g, gloves about 200g Function: Multi-mode, multi-speed adjustable frequency, finger mirror function Applicable scenarios: Home Charging method: Wired charging Power supply: 5V/2A Recommendation for use: 2-3 times a day, 15 minutes each time PRODUCT LIST: Rehabilitation gloves *2 Mirror gloves *2 Host *1 Charger *1 Auxiliary strap *2 Training ball *2 Instruction manual *1

• PROMOTES BRAIN INJURY RECOVERY: Uses air pressure to drive hand movements, aiding hand recovery while promoting brain injury rehabilitation. Ideal for hemiplegic patients with wrist and finger dysfunction
• BIONIC HAND STRUCTURE: Featuring an intelligent design that mimics natural hand movements, these gloves replicate hand structures to allow for independent movement. They can imitate actions such as grasping, extension, and flexion, which help to alleviate hand spasms and stiffness
• MULTIPLE MODES: The rehabilitation gloves offer various modes for comprehensive training. These include single-finger training, passive mode, and mirror mode, allowing the affected hand to learn movements by mirroring the healthy hand
• HELPING SELF-HEALING: By enabling simultaneous movement of both hands, the gloves activate mirror neurons, replicating normal neural pathways from the healthy hand to the affected area, thus promoting autonomous brain recovery
• PORTABLE ROBOTIC REHABILITATION GLOVES: Perfect for those who need to do hand and finger training, these gloves are an ideal tool for home rehabilitation. They are also a thoughtful gift for patients recovering from stroke, arthritis, hemiplegia, cerebral palsy, or nerve damage