1. Plastic Material: Made from selected material, our finger orthotics provide durability and breathability, it can be bent and folded continuously, ensuring comfortable wear. 2. Scientific Design: Hand finger orthotic that conform to ergonomics. The expanded design of the handle plate is sufficient to train distant nerves in the hand, which helps with better training. 3. Powerful Functionality: Helps control the increase of large muscle tension and muscle atrophy. Prevents finger flexion, spasms, deformities, and malformations. Prevents finger ulceration, joint deformities, and scar contraction. 4. Applicable Crowd: Suitable for people with hand dysfunction, muscle tension, abnormal limb tension, cerebral palsy, paraplegia, stroke, various cranial surgery, Parkinson, and brain damage caused by peripheral neuropathy. 5. One Size Fits All: One size fits most, finger training board allows for personalized finger adjustment. You can adjust each finger independently with either your left or right hand. Specification: Item Type: Finger Orthotics Material: Plastic Package List: 1 xFinger OrthoticsOne Size Fits All: One size fits most, finger training board allows for personalized finger adjustment. You can adjust each finger independently with either your left or right hand. Powerful Functionality: Helps control the increase of large muscle tension and muscle atrophy. Prevents finger flexion, spasms, deformities, and malformations. Prevents finger ulceration, joint deformities, and scar contraction. Plastic Material: Made from selected material, our finger orthotics provide durability and breathability, it can be bent and folded continuously, ensuring comfortable wear. Scientific Design: Hand finger orthotic that conform to ergonomics. The expanded design of the handle plate is sufficient to train distant nerves in the hand, which helps with better training. Applicable Crowd: Suitable for people with hand dysfunction, muscle tension, abnormal limb tension, cerebral palsy, paraplegia, stroke, various cranial surgery, Parkinson, and brain damage caused by peripheral neuropathy.