Since its early use in the 1980s, the body of clinical research surrounding Shockwave has expanded significantly, both in volume and in scope. What began as a focused area of study within orthopedics now spans multiple clinical disciplines, supported by a steadily growing foundation of peer-reviewed studies, randomized controlled trials, and meta-analyses.
In this article, we take a closer look at how Shockwave research has developed over the last 30 years, and what that means for medical professionals. Drawing on interviews with expert medical practitioners who use Shockwave, we explore the trajectory of the evidence and what it means for practices integrating Shockwave treatments into patient care.
For another expert perspective on how the evidence on Shockwave research has grown over time, check out our discussion with Helen How, DO, who recently conducted a comprehensive Shockwave literature review.
Prof. Dr. Karsten Knobloch, MD, observed just how deep these roots go: “ESWT has been extensively studied since 1980, with more than 800 papers in 2025 for ESWT alone. This demonstrates the still high tide of ESWT research in recent years!
Few medical professionals in the 1980s might have guessed that this
technology would mature into an evidence-based approach for regenerating tissue, but early users began to notice that bone around the treatment field was growing, not breaking.
That observation changed everything for Shockwave research, and further exploration in the 1990’s focused on challenging orthopaedic issues, conditions like plantar fasciitis, calcific tendinitis, and tennis elbow, where conventional medicine had essentially given up. At this stage, the underlying mechanisms were still not understood, but the benefits for patients were too significant to ignore (Shockwave has an 80+% patient satisfaction rate). understood.”
Cells responding to acoustic waves.
"Shockwaves can generate interstitial and extracellular responses, producing many beneficial effects such as: pain relief, vascularization, protein biosynthesis, cell proliferation, neuro and chondroprotection, and destruction of calcium deposits in musculoskeletal structures. The combination of these effects can lead to tissue regeneration and significant alleviation of pain, improving functional outcomes in injured tissue.”
New areas of research include:
Not all Shockwave solutions are created equal, and it’s important to choose the best Shockwave therapy device for your practice. That means not only finding the right device, but a business partner who can back it with the right training, education, and ongoing support.
CuraMedix supports medical professionals by offering not only the complete suite of STORZ Medical Shockwave and EMTT devices but also a commitment to the best practices that drive successful integration with patient care.
Connect with the CuraMedix team to learn more about integrating Shockwave into your practice.
Shockwave research has progressed from early clinical validation in musculoskeletal conditions to a more sophisticated understanding of its underlying biological mechanisms. Today, the evidence base includes randomized controlled trials, meta-analyses, and expanding research across multiple clinical specialties.
A multi-decade body of research provides clinicians with confidence that treatment outcomes are consistent, reproducible, and grounded in both clinical results and biological understanding. It also helps establish appropriate treatment protocols and patient expectations.
Evidence-based Shockwave therapy refers to the use of Shockwave treatments as supported by peer-reviewed clinical studies, including trials that evaluate safety, efficacy, and long-term outcomes across a range of conditions.
Shockwave therapy is often used as a non-invasive treatment option for musculoskeletal conditions, particularly when conservative approaches have not produced sufficient results. It can support tissue repair while helping patients avoid more invasive interventions.
Shockwave delivers controlled mechanical energy into tissue, which stimulates biological responses associated with repair and regeneration. These responses can include increased circulation, cellular activity, and tissue remodeling over time.
Yes, Shockwave therapy is frequently integrated with other non-invasive and regenerative treatments to support a comprehensive approach to patient care. Combining therapies can help address multiple aspects of tissue healing and recovery.