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Struggling with Pain? Shockwave could be the relief you’ve been searching for.
Some Conditions It Treats?

Plantar Fasciitis
Shockwave therapy is highly effective for treating plantar fasciitis by targeting the root cause of heel pain, chronic inflammation and microtears in the plantar fascia. The acoustic waves stimulate blood flow, accelerate tissue repair, and break down scar tissue, promoting faster healing. Many patients experience significant pain relief and improved mobility after just a few sessions, making it a powerful non-invasive alternative to injections or surgery.

Rotator Cuff Injuries
Shockwave therapy offers a non-invasive solution for rotator cuff injuries by promoting the body’s natural healing processes. The acoustic waves penetrate deep into the shoulder tissues, stimulating blood flow, reducing inflammation, and breaking down calcified deposits that can limit movement. This results in faster recovery, reduced pain, and improved shoulder function, helping patients regain strength and mobility without the need for surgery or extended downtime.

Tennis Elbow & Golfer's Elbow
Shockwave therapy is an effective treatment for Tennis Elbow (lateral epicondylitis) and Golfer’s Elbow (medial epicondylitis), both of which result from overuse and tendon inflammation. The focused acoustic waves stimulate blood circulation, promote collagen production, and accelerate tissue repair at the tendon’s attachment site. This process helps reduce pain, improve grip strength, and restore function, allowing patients to return to their daily activities or sports with less discomfort and improved performance.
What Is It
Extracorporeal Shockwave Therapy (ESWT) is a non‑invasive treatment that delivers very short acoustic pulses to targeted tissues. Shockwave is used across sports and musculoskeletal medicine to reduce pain and help tissues recover. Treatments are performed in the office without needles or anesthesia, and a session typically lasts 5–15 minutes.


How It Works
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Pain modulation: desensitization of local nerve endings and temporary “gating” of pain; over time, changes in pain‑related neuropeptides can reduce tenderness.
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Improved blood flow and angiogenesis: micro‑stimulation encourages new capillary growth and better tissue perfusion.
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Tendon remodeling: signals that up‑regulate fibroblast/tenocyte activity and collagen I/III production to support tendon repair.
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Calcific changes: in calcific shoulder tendinitis, repeated pulses can help fragment and resorb calcium deposits.
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Bone and enthesis effects: in certain settings, shockwaves stimulate growth factors linked to bone healing and enthesis health.
