Blueidea Pair Finger Rehabilitation Robot Glove, Rehabilitation Train Pair Rehabilitation Robot Gloves, Hand Dysfunction Patient Training Device Stroke

About this item

• 【Rehabilitation Robot Gloves】 The airway of the gloves has been upgraded from the original 3 sections to 7 sections, the flexion and extension strength of the hand is improved, and the improved gloves are more flexible. Controlled by opening and closing individual air valves, fingers can be trained together or individually for greater targeting.
• 【Finger Trainer Equipment】Stroke Hemiplegia Rehabilitation Robot Gloves are used for hand rehabilitation training. Restore the dual functions of fingers and hands; promote circulation. Help you or your family recover faster! The operation is simple, and the patient can complete the training independently.
• 【Mirror Pattern】Upgrade Rehabilitation Gloves The mirror motor pattern of the affected hand is driven by flexion and extension of the healthy hand, which extensively stimulates the motor cortex to promote bilateral motor pathways. A variety of stimuli work synergistically to improve the recovery rate of hand function and promote brain function remodeling.
• 【Easy Operation】Multiple training modes will be a good helper to promote the rehabilitation of the hand function. After putting on the rehabilitation robot gloves, the hand will follow the bending and stretching of the gloves under pressure of the air pump, thus restoring the hand function. Save the cost of a rehabilitation hospital and related expenses, and can independently complete the daily rehabilitation training plan.
• 【EASY TO CARRY】Rehabilitation glove Lightweight, very easy to store and carry. Rehabilitation gloves solve the problem of expensive and time-consuming trips to rehabilitation centers and the inability to self-rehabilitate without specialized rehabilitation equipment as soon as you get home from the hospital. You can use this to help with spastic paralysis, weakness, stiff fingers, recovery from surgery and many other problems.
• Sensitive and precise operation of hand rehabilitation robot-hand physiotherapy equipment.

Robotic glove automatically controls hand activities, reduces spasms, does effective training for hand recovery, can also act on cranial nerves and blood vessels, promote conservative treatment of brain injury and postoperative rehabilitation. Rehabilitation training requires long-term patience, hope that with the help of our products your physical condition can be improved.

⦁ According to customer feedback, there will be a clear feeling within 15 days, 2-3 months can be significantly improved. Patients with support functions can rebuild hand functions through exercise and then restore self-care ability to everyday life.

Robotic Rehabilitation Gloves, Finger and Hand Function Rehabilitation Robot Gloves, Hand Strengthener Stroke Recovery Equipment with Mirror Glove, Left+Right Hand, XL

Specifications:

⦁Name: Rehabilitation robot gloves

⦁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) M, L, XL, XXL

⦁Host size: 135 × 115 × 57 mm, weight: 0.4 kg

⦁Pack size: 39x26x8cm

⦁Air pressure range: negative pressure≤-80kpa, overpressure≥120kpa

⦁ Applicable people: finger spasms, cerebral palsy, finger dysfunction caused by consequences of cerebral infarction, etc. Restore the dual functions of fingers and hands; promote circulation.

Packing list:

Rehabilitation Gloves

Host

Manual

Mirror glove

Precautions:

Before use, check whether the power supply part is damaged; Do not plug the plug into the socket or unplug it with wet hands; It is forbidden to use when the patient has symptoms such as ulceration and inflammation; For more detailed precautions, read the enclosed manual.

✅VERSATILE SPLIT-FINGER TRAINING: Equipped with independent air valve switches, the robot hand glove offer single finger, double finger, and multiple finger training options.

✅CONFRONTATION MODE: The confrontation training mode intelligently simulates gripping and bending actions, enhancing hand flexibility and promoting hand function rehabilitation.

✅MIRROR TRAINING: Robot Gloves utilize cutting-edge wireless mirroring technology to promote brain function reshaping.

• ✅【Ideal Users】These stroke rehabilitation gloves are designed to aid in the rehabilitation training of stroke-affected hands, hemiplegic finger rehabilitation,cerebral palsy, and finger paralysis, among others. They effectively promote blood circulation in the hand and stimulate the recovery of hand nerves. Robot gloves are particularly beneficial for addressing finger weakness, cramps, and difficulties in controlling finger grasping. (robotic hand, stroke recovery, finger recovery)

✅【Customizable Strength and Velocity】The robotic glove for stroke rehabilitation offers five adjustable levels of intensity and speed. It caters to various patient needs, simulating natural hand movements such as gripping, stretching, and bending, thus accelerating hand function recovery.

✅【Dual-Hand Synchronization Mode】With the mirror glove feature, the movement of the healthy hand guides the injured hand to mimic its motions. Patients can adjust the pace and frequency of exercises, promoting faster recovery through regular, controlled training.

✅【Targeted Finger Exercises】Each finger is supported by an independent air valve system, allowing selective pressure adjustments. This enables isolated training of specific fingers,addressing different rehabilitation needs and enhancing finger dexterity and strength.

✅【Portable Rehabilitation Glove】Designed for convenience, this hand recovery glove is lightweight and portable, featuring a handy belt for easy transport. Patients can use it anywhere,supported by a built-in 2400mAh rechargeable battery.

• ✅The gloves address the following concerns for individuals and their families:

✔️Saves time spent on going to rehab.

✔️Provides professional rehabilitation equipment at home.

✔️Simplifies the rehabilitation process.

✔️Reduces the high cost of medical institutions.