What Is Fracture Rehabilitation?
Fracture rehabilitation focuses on restoring strength, mobility, and function after a broken bone has healed. While the bone itself often recovers with proper medical care, surrounding muscles, ligaments, and joints can become stiff, weak, or imbalanced during recovery. This can lead to pain, reduced movement, and compensatory strain in other areas of the body.
Shockwave therapy is a valuable addition to fracture rehabilitation. Controlled acoustic waves stimulate blood flow, reduce inflammation, break down scar tissue, and support tissue repair in muscles, tendons, and ligaments affected by immobilisation. This helps reduce stiffness, improve flexibility, and enhance overall movement around the healed bone.
Combined with individualised rehabilitation exercises, shockwave therapy helps rebuild strength, coordination, and confidence in movement. By integrating manual therapy, targeted exercises, and shockwave treatment, fracture rehabilitation supports a smooth and effective recovery, enabling patients to regain optimal function and prevent long-term complications.
How Shockwave Therapy Helps in Fracture Rehabilitation
How it helps:
Stimulates blood flow: Increases circulation to muscles, tendons, and ligaments, promoting faster healing.
Reduces inflammation: Calms swelling in surrounding tissues caused by immobilisation.
Breaks down scar tissue: Improves flexibility and mobility around the injured area.
Supports tissue regeneration: Encourages repair of muscles, tendons, and ligaments weakened during recovery.
Enhances overall movement: Combined with rehabilitation exercises, it restores strength, coordination, and functional movement.
Shockwave therapy is safe, effective, and accelerates post-fracture recovery, helping patients regain confidence, strength, and long-term joint and muscle function.
