Easy To Wear And Use 1. Rehabilitation Robot Gloves Effectively Prevent Fingers From Curling And Keep Fingers Straight. 2. Rehabilitation Gloves are Ergonomically Designed For Optimum Comfort And A Secure Fit To Keep The Hand Comfortable To Wear. 3. Stroke Recovery Equipment for Hand The Operation Is Simple, And It Is Equipped With English Instructions To Assist Understanding, The Elderly Can Easily Operate And Use it. Specifications: Name: Rehabilitation robot glovest Function: Hand function rehabilitation Material: Gloves: Reinforced and hardened resin fiber, host part: PC ABS alloy, PVC, stainless steel, gas pipe: rubber Size: (Left or right hand) S,M, L, XL, XL Size: Host 135 × 115 × 57mm Weight: 0.4kg host glove 0.2kg Packing Size: 39 26 8CM Weight: 1.3KG Air Pressure Range: Negative pressure -80kpa, overpressure 120kpa Packing list: 1 Main unit 1 Rehabilitation glove 1 Mirror glove 1 Manual 1 Data cable?Easy Use And Time Cost Saving?The user friendly design of robotic glove can be easily taken and carried. Easy to use by just some steps then user can grab the training ball to train the fingers. Save the cost like high hospital expenses, ect. and also time saving, for user can complete. ?Intensity Gear Setting?By opening and closing the independent air valve, each finger can be separately trained for rehabilitation. Intelligently imitate hand grasping, extension and flexion and other movements. The elderly can also complete it independently. ?3 Exercise Modes?Automatic mode, mirror mode, confrontation training mode. Using air pressure as the driving force, it can automatically drive hand activities, and effectively train the hands to recover. It is easy to use, so the user can finish the exercising independently. ?Who We Can Help?Really Suitable For The Rehabilitation Of Finger Or Hand Dysfunction, Like Stroke, Hemiplegia, And Poor Finger Mobility Patients, And The Patient Who Had Hand Muscle Atrophy, Curled Hands, And Fingers To Improve Muscle Tension. ?Rehabilitation Robot Gloves?Rehabilitation robot gloves use two-hand mirror training to help patients recover neurons. The manipulator drives the hand with mobility impairments. Synchronous movement of both hands activates mirror neurons.