Yes for most chronic tendons, and the honest answer depends on which one. A 2024 meta-analysis of 45 randomized trials found shockwave reduced pain in plantar fasciitis, lateral elbow, rotator cuff and chronic Achilles tendinopathy. By tendon: strongest for the plantar fascia and calcific rotator cuff, randomized support for the lateral elbow and the gluteal and hamstring tendons, thinner for the patellar tendon, inconclusive for the Achilles once placebo-controlled trials are counted. The energy dose shapes the result in the pooled trials, on low-certainty evidence, and a radial device is not focused shockwave.
Months in. Here is what shockwave does for your tendon, and what it does not.
The verdict, tendon by tendon
Plantar fascia: yes, and the dose matters
The 2024 meta-analysis of 45 randomized trials found a large pain reduction in plantar fasciitis. A 2024 review of 11 randomized trials found focused and radial both effective, with energy flux density, pulse count and frequency tracking pain relief and dropouts. Boulder: shockwave for plantar fasciitis. Denver area: focused shockwave near Denver.
Lateral elbow (tennis elbow): yes, before surgery
The 2024 meta-analysis found a moderate pain reduction. A randomized study of 14 shockwave and 15 surgery patients was too small to separate the two (subjective improvement 57% and 76%), and the authors recommended shockwave before surgery. More: shockwave for tennis elbow.
Rotator cuff and calcific tendinitis: yes, and energy shapes the result
A 2024 meta-analysis of 16 randomized trials and 1,093 patients found better pain and function than controls. For calcific deposits, high-energy beat low-energy on pain, function and resorption, though needling beat shockwave on pain there, and a small three-arm study (15 per arm, three months) reported the largest deposit shrinkage with focused plus radial. More: shockwave for Achilles and calcific tendinitis.
Gluteal and hamstring: yes, with a defined protocol
A 2026 systematic review of 18 studies found shockwave improved pain and function in 17; 6 of the 18 showed it superior to conservative care, sham or corticosteroid injection, and 11 of the 18 used radial devices. Most used 3 to 4 weekly sessions of 2,000 to 3,000 pulses. Adverse events, mainly increased pain and skin irritation: 12% of patients. More: shockwave for hamstring tendinopathy.
Patellar tendon: yes, with loading; thinner evidence
In a randomized trial of 43 patients, focused and radial both improved jumper’s knee added to eccentric training, with no significant difference between them. In a 2024 randomized trial of 33 athletes, one shockwave session after a PRP injection brought faster pain relief at one month than PRP alone. More: shockwave for patellar tendinopathy.
Achilles: inconclusive, and we say so
The pooled 2024 numbers favor shockwave. The placebo-controlled trials do not: in a 2021 trial of 66 patients who all did daily physiotherapy, neither point- nor line-focused shockwave beat placebo, and a 2023 meta-analysis called the efficacy inconclusive. For the Achilles, loading is the plan; shockwave a possible adjunct. More: shockwave for Achilles and calcific tendinitis.
EMTT: added every session, and why
In a 2026 double-blind, placebo-controlled randomized trial of 126 patients with knee arthritis, rotator cuff enthesopathy or lumbar spondyloarthrosis, EMTT once weekly for eight weeks lowered pain and raised physical function scores at six and twelve weeks; side effects were mild discomfort and skin redness. More: EMTT therapy in Boulder.
When shockwave is the wrong tool
Screened at every visit, never sold as a package. Side effects and the full contraindication list: shockwave side effects and safety.
- A complete tendon rupture: surgical evaluation first, not a pulse count
- Injured days ago: the trials enrolled chronic tendons that had failed conservative care
- Pregnancy, active malignancy at the site, bleeding disorders or anticoagulant therapy, active local infection, open growth plates
- An implanted cardiac device near the treatment area: adjusted or avoided
Before you book, ask
- Is this true focused shockwave or a radial pressure wave device, and which will my tendon get?
- What energy and pulse count will you use, and how was that chosen for my tendon?
- If I am not better after the course, what then: load, inject, or refer?
Chronic is a tendon state, not a calendar
The better test is whether the tendon has stopped responding to load. One stalled for a season is losing months.
Frequently asked questions
Does shockwave therapy work for chronic tendon pain?
Yes for most chronic tendons, with the verdict depending on the tendon. A 2024 meta-analysis of 45 randomized trials found shockwave reduced pain in plantar fasciitis, lateral elbow, rotator cuff and chronic Achilles tendinopathy. The strongest evidence is for the plantar fascia and calcific rotator cuff, where it beat placebo; the lateral elbow and the gluteal and hamstring tendons have randomized support; the patellar tendon has smaller trials; and for the Achilles a placebo-controlled trial found no benefit over sham. The energy dose, and whether the device is truly focused, decide a large part of the result.
Which tendons does shockwave work best for?
Plantar fasciitis and calcific tendinitis of the rotator cuff. In a placebo-controlled multicenter trial of 250 patients with chronic plantar fasciitis, focused shockwave reduced heel pain by 69.2% against 34.5% with placebo at twelve weeks. In a 2024 meta-analysis of 21 randomized trials in calcific rotator cuff tendinopathy, shockwave beat sham on pain and function at 24 weeks, and high-energy beat low-energy. Lateral elbow and gluteal tendons come next. The Achilles has the weakest evidence, which is why we treat it as a loading problem first.
Does shockwave therapy heal tendons, or just reduce pain?
The trials measure pain and function, and in calcific shoulders the size of the deposit, so the honest claim is better pain and function. In the calcific meta-analysis, high-energy shockwave produced 2.53 times the rate of complete deposit resorption at twelve weeks, and in a small three-arm study of 15 per arm, focused plus radial produced the largest reduction in deposit size at three months. In the Achilles placebo-controlled trial, tendon adaptation was detectable only with shear wave elastography. A clinic that promises a healed tendon on a scan is ahead of the evidence.
Does shockwave therapy work for Achilles tendonitis?
The evidence is inconclusive, and we say so. A 2024 meta-analysis pooling pain scores favored shockwave for chronic Achilles tendinopathy, but a 2021 placebo-controlled trial of 66 patients, all doing daily physiotherapy, found no significant benefit for point- or line-focused shockwave over placebo, and a 2023 meta-analysis rated the evidence very low quality and the efficacy inconclusive. A 2022 meta-analysis of 8 papers found physical modalities added nothing to eccentric exercise alone. For the Achilles, loading is the plan; shockwave is a possible adjunct chosen case by case, never the package.
When should you not use shockwave therapy?
On a complete tendon rupture, which needs a surgical evaluation first, and on a tendon injured days ago rather than months, because the trials enrolled chronic tendons that had already failed conservative care. Established contraindications include pregnancy, active malignancy at or near the treatment site, bleeding disorders or anticoagulant therapy, active local infection, and open growth plates in a skeletally immature patient; an implanted cardiac device near the treatment area may mean adjusting or avoiding treatment. We screen for all of this at every visit, and if the honest answer is not yet, or not this, you hear it.
What energy and dose should shockwave use for a tendon?
It depends on the tendon, and that is the point: the dose is the treatment. In calcific rotator cuff tendinopathy, high-energy shockwave beat low-energy on pain and function and on complete resorption at twelve weeks. In plantar fasciitis, energy flux density, pulse count and frequency tracked both pain relief and dropouts across 11 randomized trials. A pilot randomized trial in tennis elbow found focused and radial comparable at three sessions (2000 focused shocks, or 2000 plus 2000 radial). Hip and pelvis protocols mostly used 3 to 4 weekly sessions of 2,000 to 3,000 pulses. A clinic should be able to tell you its energy and pulse count for your tendon, and why. Ours are set by the physician for the tissue, not a preset.
Is shockwave therapy for tendon pain covered by insurance?
Generally not. Focused shockwave and EMTT are paid out of pocket for most orthopedic indications in the United States. HSA and FSA funds typically apply, because it is a physician-directed procedure for a specific indication, and Cherry financing is available. We give a quote after a thorough evaluation and price the plan for optimal outcomes, not line items off a menu. Weigh the cost against the months a stalled tendon is costing you.
What is EMTT, and why is it added to shockwave?
EMTT is extracorporeal magnetotransduction therapy, a high-energetic pulsed electromagnetic field delivered by a separate device. In a 2026 double-blind, placebo-controlled randomized trial of 126 patients with knee arthritis, rotator cuff enthesopathy or lumbar spondyloarthrosis, EMTT once weekly for eight weeks lowered pain scores (2.8 versus 4.3 at six weeks, 2.2 versus 4.2 at twelve) and raised physical function scores, with mild discomfort and skin redness as side effects. In a randomized trial of 86 rotator cuff patients, three shockwave sessions plus eight EMTT sessions reduced pain more at 24 weeks than shockwave plus sham EMTT. That is why Dynamic Shockwave+ runs EMTT every session. In our Dynamic Shockwave+ protocol, over 90% of our patients self-report a 75% or greater improvement, all without surgery.
Get a verdict for your tendon, not a package
Aneesh Garg, DO, CAQ examines the tendon in Boulder, tells you where it sits in the evidence, and sets the energy and dose for it.
Book an Evaluation 1790 30th Street Suite 270 · Boulder, CO 80301 · 303-997-1733