x

*Want to search a historical price chart of products or the lowest ever price? Search for the name of the product or paste the product's link in the search box and hit enter. you will see the product's historical milestone prices, charts, and all current offers with Price History. Do check Amazon Price Tracker and Flipkart Price Tracker for price traking.

Robotic rehabilitation Glove Finger Training for Finger
8th Apr 2026, 02:48 AM

Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)

Price may vary by location, shipping cost, and availability.
Lowest ever
43% Off
₹11,499
₹19,999

Highest: ₹11,499
Average: ₹11,499
Lowest: ₹11,499

Price History Graph

Offer Price Prices
Lowest: -
Average: -
Highest: -

Price History Information

You can check the price history of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium) here. This product's current Price in India is ₹11,499. The average and highest prices are ₹11,499 and ₹11,499 respectively.

Lowest Ever Price ₹11,499
8th Apr 2026
Average Price ₹11,499
Based on 106 days price tracking
Highest Price ₹11,499
8th Apr 2026

Current Price in India

Price ₹11,499
MRP ₹19,999
Savings ₹8,500
Discount 42.50%

Product Information

Details

Product Name Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)
Store Product Code B0FRRX5ZJT
Store Name amazon.in
Brand RDE home care
Rating 5.8 / 10
Category Arm, Hand & Finger Supports
Product Manufacturer RDE home care
Dimensions 22L x 13W Centimeters
Country of Origin India

Features

  • Robotic Hand Rehabilitation Gloves, Flexion & Finger Exerciser Gloves, Hand Strengthener Hand Splint Finger Orthosis Stroke Recovery Equipment for Stroke, Hemiplegia, Hand Dysfunction
  • Rehabilitation Gloves is the ideal, item for reducing flexion contractures and helping to maintain strength and comfort in your hand after a stroke; Made of a variety of flexible polymer materials, comfortable fit and will keep you hand in place, long working hours can restore the dual functions of fingers and hands.
  • The simultaneous movement of both hands can activate the mirror neurons and copy the normal neural pathways from the hand to the affected part, thus promoting the brain's autonomous recovery. Passive mode and mirror mode allows the trained hand to learn the movements of other hands.
  • Suitable for hemiplegic patients with dysfunction, wrist and finger training, improve muscle strength and increase the range of joint motion of joints. Can prevention and correction of contracture stiffness, wrist extensor and extension tendon (called lateral repair paralysis). effectively relieves hand fatigue, stiff finger joints and pain.

Images

×
Image of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)
Image of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)
Image of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)
Image of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)
Image of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)
Image of Robotic rehabilitation Glove Finger Training for Finger Paralysis Patients Right & Left Hand Both Hand | One Pair (Orange, Medium)

Rating and Reviews

5.8 Based on 2 reviews

Robotic rehabilitation Glove Finger Training for Finger has 5.8 rating out of 10. This average rating is consist of 2 individual ratings. You can rate this product at product review page.

* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.