Silicone Hand Grip for Finger Resistance StrengthTraining
Description:
Relieve discomfort from arthritis or carpal tunnel syndrome and enhance hand mobility with the Silicone Hand Grip Device. Crafted for training and stretching, this grip is a valuable aid for strengthening hands and improving flexibility.
Made of high-quality eco-friendly silicone, this durable and flexible ring withstands pressure and aids in handstand adjustments. Each color signifies varying resistance levels, facilitating a gradual hand-training regimen from lower to higher weight-bearing capacity.
Stretching with this ring induces a calming effect on muscles and emotions, fostering a sense of relaxation and focus on muscle tension. Enhance comfort by exercising until muscle fatigue, offering relief when releasing the grip.
Features:
High-Quality Silicone: Crafted from durable and eco-friendly silicone, ensuring strength to endure pressure and weight, offering long-term use.
Versatile Hand Training: Designed to enhance hand mobility, alleviate pain associated with arthritis or carpal tunnel syndrome, and strengthen hand muscles.
Variety of Resistance Levels: Each color variant presents different load-bearing resistances, allowing progressive hand training from lower to higher weight capacities.
Hand Amplifier Function: Suitable for adjusting and stretching hand muscles, aiding in handstand improvement and muscle relaxation.
Calming Effect: By stretching, induces a calming and relaxing effect on muscles and emotions, fostering comfort and focus on muscle tension.
Finger Stretcher Function: Aims to improve finger and hand mobility, providing a tool for stretching and muscle relaxation.
Specifications:
Color: Black, Blue, Grey
Material: Silicone
Size: 95.52CM
Weight: 25g
Function: Finger Stretcher
Weight Resistance: Grey - 3kg, Blue - 4kg, Black - 5kg
Package includes:
1 x Silicone Hand Grip
Product Notes:
Please allow 1-3 cm difference due to manual measurements.
Please note that the actual colors of the products displayed on screens may vary slightly from the images shown, due to various factors such as screen settings, lighting conditions, and individual device color calibration.