Electric Ankle Joint Rehabilitation Training Device, Electric Ankle Joint Exercise Equipment, Adjustable Strength, Static Traction Correction, Reduce Pain

Continuous static stretching combined with passive motion training to treat joint fractures can improve joint function and range of motion and promote postoperative recovery of patients. 【PRODUCT ADVANTAGES】: -Dorsiflexion training, joint muscle atrophy and ligament laxity -Manual adjustment, precise intensity, training intensity can be controlled at will -Static stretching correction therapy, stretching atrophic tendons -Polymer material, durable and wear-resistant 【THROUGH REHABILITATION TRAINING, THE FOLLOWING EFFECTS CAN BE ACHIEVED】: 1.Stretch muscles and tendons to restore angle of motion. 2.Reconstruction of neuromotor function. 3.Prevent muscle atrophy and promote local blood circulation 【REDUCE RECOVERY PAIN】： Painless rehabilitation treatment using static progressive stretching method is better than general rehabilitation treatment in improving joint contracture. Continuous static stretching combined with passive motion training to treat joint fractures can improve joint function and range of motion and promote postoperative recovery of patients.

• JOINT EXERCISER: Ankle stretching training can effectively reduce spasticity in stroke patients, stretch atrophied tendons, improve joint mobility, and increase muscle strength.
• MANUAL ADJUSTMENT: Controlled at will, patients can accurately control the angle and intensity according to their own feelings, which provides greater controllability and reduces pain.
• DORSIFLEXION TRAINING: The purpose of flexion mode is to promote muscle function recovery, relieve ankle muscle stiffness, improve ankle joint range of motion.
• PROMOTE RECOVERY: Ankle joint exercises can help promote the secretion of synovial fluid in the joints and increase blood flow to the injured area, which is more conducive to recovery.
• LONG TERM EFFECTS: Improve ankle joint function and mobility, increase joint range of motion, stretch fibrous tissue, prevent tendon and muscle adhesions.