Shockwave Therapy delivers targeted acoustic pressure waves to a specific area of tissue, creating a mechanical stimulus designed to support the body’s recovery response.
A handpiece generates rapid pressure waves that travel into tissue faster than the speed of sound in that medium. Those waves are not heat, light, or electricity. They are mechanical force, delivered in pulses, focused on the area being treated.
Cells respond to mechanical force through a process called mechanotransduction, converting physical stimulus into biochemical signalling. In tendon and soft tissue the literature describes this as stimulating neovascularisation, the formation of new blood vessels, and collagen synthesis. That is the proposed basis for its use in chronic tendon problems.
Applied through a handpiece · targeted to one area
The mechanism is unusual for this facility. Rather than delivering a molecule or a wavelength, this delivers mechanical energy and relies on how cells interpret it.
Rapid pressure waves exceed the speed of sound in the tissue they traverse, reaching depth without incision. Radial waves disperse across a broader area near the surface, while focused waves concentrate energy at a specific depth.
Cells convert mechanical stimulus into biochemical signalling. This is the same fundamental process by which loading builds bone and tendon, applied here as an external stimulus rather than through training.
The literature describes stimulation of neovascularisation and collagen synthesis in degenerated or inflamed tissue. Reviews are candid that the exact mechanism remains incompletely understood, which is worth knowing rather than glossing over.
The mechanism is unusual for this facility. Rather than delivering a molecule or a wavelength, this delivers mechanical energy and relies on how cells interpret it.
Pressure Waves Travel In. Rapid pressure waves exceed the speed of sound in the tissue they traverse, reaching depth without incision. Radial waves disperse across a broader area near the surface, while focused waves concentrate energy at a specific depth.
Cells Read The Force. Cells convert mechanical stimulus into biochemical signalling. This is the same fundamental process by which loading builds bone and tendon, applied here as an external stimulus rather than through training.
Tissue Responds. The literature describes stimulation of neovascularisation and collagen synthesis in degenerated or inflamed tissue. Reviews are candid that the exact mechanism remains incompletely understood, which is worth knowing rather than glossing over.
This is one of the more genuinely debated services in musculoskeletal medicine, and any page telling you otherwise has not read the literature carefully.
A systematic review and meta-analysis of randomised controlled trials examining shockwave therapy for pain across various tendinopathies found favourable results, and separate meta-analyses have examined rotator cuff tendinopathy, lateral elbow tendinopathy, and Achilles tendinopathy. Calcific tendinitis of the shoulder is among the better established applications.
Several meta-analyses report shockwave performing comparably to other services in plantar fasciitis. However, a 2025 UpToDate review states there is high certainty evidence from randomised trials that shockwave therapy of the plantar fascia is ineffective for treating it. That is a direct contradiction in the literature, and we are not going to hide it from you.
Reviews consistently note that variation in study design, energy levels, wave type, and session protocols limits what can be concluded when results are pooled. This is a large literature where the number of studies outpaces the consistency between them.
This is the most targeted modality we operate, so the question is less who and more where.
Short, targeted, and the only modality here where discomfort during the session is normal.
Ten to fifteen minutes · intensity adjusted to tolerance
Each item describes what this modality is studied in relation to. None is a guaranteed outcome, and the evidence differs considerably by application.
Mechanotransduction, the conversion of mechanical force into cellular signalling
Neovascularisation, the formation of new blood vessels in treated tissue
Collagen synthesis, studied particularly in tendon tissue
Pain in various tendinopathies, examined across randomised controlled trials
Rotator cuff and lateral elbow tendinopathy, each with their own meta-analyses
Resorption of calcification in calcific tendinitis of the shoulder
A targeted approach where the problem is local rather than systemic
Non invasive delivery, requiring no incision, injection, or medication
Shockwave is not a substitute for progressive loading of a tendon. In the studies where it performs best, it is usually delivered alongside rehabilitation rather than instead of it.
This modality only makes sense where there is a specific area to treat. Screening confirms whether shockwave is appropriate and whether the problem warrants referral instead.
Typically three to five sessions spaced about a week apart, at parameters set to the area and your tolerance rather than a default setting.
If it is working you will know within the course. If it is not, we stop rather than continuing indefinitely, and we tell you what would be worth trying instead.
Shockwave therapy has been studied extensively and the findings genuinely conflict in places. These papers include both sides.
Though the exact mechanism is unknown, it is postulated that the use of pulsed acoustic sound waves contributes to healing of degenerated or inflamed tissue by stimulating neovascularisation and collagen synthesis.
The mechanism, as the literature states it
A systematic review and meta-analysis of randomised controlled trials examining shockwave therapy for pain in tendinopathy affecting a range of tendon structures. One of the broader syntheses across the condition rather than a single site.
Majidi L et al. BMC Sports Sci Med Rehabil, 2024;16(1):93. doi:10.1186/s13102-024-00884-8Read the paper →A systematic review and meta-analysis searching eight databases without date or language restriction, comparing shockwave against sham and other treatments in calcific and non-calcific rotator cuff tendinopathy.
Xue X et al. BMC Musculoskelet Disord, 2024;25(1):357. doi:10.1186/s12891-024-07445-7Read the paper →Fifteen randomised trials covering 1,123 patients with follow up averaging 24 weeks. Found shockwave produced comparable results to other treatment services. Also states plainly that the exact mechanism of action remains unknown.
Tung WS et al. Foot and Ankle Surgery, 2025;31(4):283–290.Read the paper →A systematic review with meta-analysis and meta-regression, which allows examination of how protocol variables affect outcomes rather than pooling everything together. Relevant given how much study protocols differ in this field.
Lippi L et al. PubMed Central, PMC11561739.Read the paper →Here is the honest position. Tendinopathy, particularly calcific tendinitis of the shoulder and several other tendon sites, has reasonable support across multiple meta-analyses. Plantar fasciitis is genuinely contested: several meta-analyses report comparable results to other treatments, while a 2025 UpToDate review states there is high certainty evidence from randomised trials that it is ineffective for the plantar fascia. Both readings exist in the literature. Across the field, reviews repeatedly cite protocol heterogeneity as limiting what can be concluded. We offer this because for the right local problem it is non invasive, well tolerated, and reasonably supported. We would not present it as settled, and if your issue warrants imaging or a specialist opinion, we will tell you that instead of selling you a course.
It can be uncomfortable, and this is the one modality here where that is expected rather than a warning sign. You will feel a rapid tapping over the area. Intensity is adjusted to your tolerance, and most people describe it as manageable rather than painful.
We will not promise that, and this specific application is where the evidence is most disputed. Several meta-analyses find comparable results to other treatments. A 2025 UpToDate review concludes there is high certainty evidence it is ineffective for the plantar fascia. We would want to discuss that with you before you commit to a course.
Typically three to five, spaced about a week apart. If it is going to help you should have some indication within that course. We would rather stop and reconsider than keep booking sessions indefinitely.
It is non invasive and generally well tolerated. There are real contraindications though. It is not appropriate over an acute injury, open wound, tumour, or growth plate, nor during pregnancy, on anticoagulants, or with clotting disorders. Screening exists to identify those.
No. In the studies where shockwave performs best it is typically delivered alongside loading and rehabilitation rather than instead of it. Progressive loading remains the foundation for most tendon problems. This sits on top of that.
Radial waves disperse across a broader area closer to the surface. Focused waves concentrate energy at a specific depth. They suit different problems, and which is appropriate depends on what and where we are treating.
Light activity is usually fine, but we would avoid heavy loading of the treated area for a day or two. Mild soreness afterwards is common and settles on its own.
Possibly, and we will say so if we think it. Persistent pain deserves a diagnosis before it deserves a treatment. If your problem needs imaging or a specialist opinion, a course of shockwave is not what you need first.
Access depends on your tier. Because this works as a targeted course rather than an ongoing session, it is scheduled as a block within your protocol.
Acoustic pressure waves delivered through a handpiece into a specific area of tissue. Unlike everything else here, this is applied to one spot rather than across your whole body, and you will feel it.
Longevity Gyms · 7030 Hi Tech Drive, Suite 102, Hanover, MD 21076 · 410-858-4086 · Clinical oversight through the Institute for Human Optimization.
Shockwave is targeted by design. We start with what is limiting your movement or recovery, determine whether Shockwave is appropriate, and match the service to the area and goal rather than simply choosing a machine.
