Shockwave Therapy In Tempe Arizona
Shockwave
Therapy & EPAT
Noninvasive acoustic pressure-wave therapy for chronic tendon pain, soft-tissue injuries, and musculoskeletal recovery. Target abnormal tissue, support biological signaling, and restore functional movement.
A Different Approach to Persistent Tendon and Soft-Tissue Pain
Chronic tendon pain and soft-tissue injuries can persist despite rest, medication, physical therapy, or activity modification.
In some long-standing conditions, tissues develop disorganized collagen, altered stiffness, abnormal blood-vessel patterns, or persistent pain sensitivity.
Extracorporeal shockwave therapy uses externally applied mechanical pressure waves to stimulate targeted musculoskeletal tissues.
These waves interact with tissue through a process called mechanotransduction: converting mechanical stimulation into biological cellular responses.
At PRO Sports Medicine, shockwave therapy is integrated with diagnostic evaluation, rehabilitation, and selected regenerative treatments.
Outcomes vary by diagnosis, treatment parameters, and individual clinical factors.
Potential Therapeutic Effects
May reduce localized musculoskeletal pain and sensitivity.
Delivers controlled pressure waves into targeted tissue.
May influence cellular pathways involved in tissue adaptation.
May stimulate local blood-vessel signaling.
May affect collagen turnover within chronically affected tissues.
May support symptom improvement alongside rehabilitation.
Radial Pressure Waves & Focused Shockwave Therapy
Acoustic-wave treatment technologies differ in how mechanical energy is generated and distributed. Treatment selection depends on the tissue, depth, diagnosis, and equipment available.
Radial Pressure Wave Therapy
Radial pressure-wave therapy, commonly associated with EPAT systems, delivers mechanical pressure waves that spread outward from the applicator.
The energy is generally distributed across a broader area with the greatest pressure near the surface.
Radial treatment may be considered for selected superficial tendon, fascial, muscular, and myofascial conditions.
Focused Shockwave Therapy
Focused shockwave systems concentrate acoustic energy within a defined treatment region at a selected depth.
This can allow treatment of more localized or deeper anatomical structures.
It may be used for selected tendon attachments, calcific tendinopathy, and other focal conditions.
Focused and radial systems are not technically identical, and their clinical evidence differs by indication.
Chronic Tendon Treatment
Shockwave may be selected for certain cases of chronic tendinopathy that remain symptomatic despite conservative treatment.
Treatment is directed at the clinically relevant tendon or attachment site, based on examination and imaging when indicated.
Myofascial & Soft-Tissue Treatment
Mechanical pressure waves may also be used for selected muscular and myofascial pain presentations.
Treatment may focus on muscular sensitivity, regional restriction, or chronic soft-tissue discomfort as part of a broader rehabilitation plan.
Radial pressure-wave therapy and focused extracorporeal shockwave therapy are distinct technologies. A recommendation for one should not automatically be interpreted as a recommendation for the other. Specific equipment availability and treatment selection are confirmed during consultation.
Radial vs. Focused Acoustic-Wave Treatment
Understanding the difference helps explain why treatment parameters and appropriate indications may vary.
| Feature | Radial Pressure Waves | Focused Shockwaves |
|---|---|---|
| Energy Pattern | Disperses outward | Concentrates at a focal region |
| Typical Distribution | Broader, more superficial | Localized, adjustable depth |
| Generation | Often pneumatic or ballistic | Electrohydraulic, electromagnetic, or piezoelectric |
| Common Applications | Selected superficial tendon and soft-tissue conditions | Selected focal tendon, enthesis, and calcific conditions |
| Invasiveness | Noninvasive | Noninvasive |
| Anesthesia | Usually unnecessary | Usually unnecessary |
| Clinical Selection | Based on tissue and treatment goals | Based on anatomy, indication, and focal depth |
| Rehabilitation | Frequently recommended | Frequently recommended |
Targeted Treatment for Tendons, Fascia & Musculoskeletal Pain
Shockwave therapy is studied most extensively for selected chronic tendon and fascia disorders. Other applications have varying levels of evidence.
Plantar Fasciitis
Chronic plantar heel pain and plantar fascia disorders that persist despite conservative treatment.
Achilles Tendinopathy
Selected midportion and insertional Achilles tendon conditions.
Patellar Tendinopathy
Chronic patellar tendon pain and jumper's knee associated with repetitive loading.
Tennis & Golfer's Elbow
Chronic lateral and medial elbow tendon disorders.
Rotator Cuff Conditions
Selected chronic rotator cuff tendinopathy and calcific tendon conditions.
Greater Trochanteric Pain
Lateral hip pain associated with gluteal tendon abnormalities.
Hamstring Tendinopathy
Selected chronic proximal hamstring tendon disorders.
Myofascial Pain
Chronic muscular sensitivity, trigger points, and regional soft-tissue discomfort.
Other Overuse Conditions
Selected lower-leg, foot, ankle, forearm, and soft-tissue overuse presentations.
A clinical evaluation helps distinguish tendinopathy from tendon rupture, fracture, nerve irritation, infection, joint pathology, and other conditions requiring different treatment.
How Shockwave Therapy May Influence Tissue
The biological effects of extracorporeal shockwave and radial pressure-wave therapy remain active areas of research.
Mechanotransduction
Physical stimulation may activate cellular signaling pathways associated with tissue adaptation.
Pain Modulation
Acoustic stimulation may alter local pain sensitivity and nociceptive signaling.
Vascular Signaling
Experimental research suggests possible effects on blood-vessel formation and vascular responses.
Collagen Turnover
Mechanical stimulation may influence cellular pathways involved in extracellular matrix remodeling.
Tendon Adaptation
Treatment may be used alongside progressive loading to support improved tendon function and tolerance.
Functional Improvement
Clinical benefits are evaluated through pain, mobility, strength, activity, and functional outcomes.
Findings from laboratory and animal studies do not necessarily predict results in patients. Evidence of symptom and functional improvement varies by diagnosis, technology, and treatment protocol.
Better Targeting Starts With Knowing What Is Injured.
An accurate diagnosis helps determine whether acoustic-wave therapy is appropriate and where treatment should be directed.
At PRO Sports Medicine, musculoskeletal ultrasound can help identify tendon degeneration, thickening, partial tearing, calcification, fluid, and other soft-tissue findings.
Ultrasound is a separate diagnostic technology. It can assist in defining the target region before shockwave treatment, but shockwave itself is generally delivered externally.
Explore MSK UltrasoundWhat Ultrasound May Identify
What to Expect During Treatment
Shockwave and EPAT are outpatient procedures that generally do not require injections, anesthesia, or incisions.
Clinical Assessment
Confirm the diagnosis, review symptoms, assess relevant anatomy, and select treatment targets.
Preparation
Position the treatment area and apply coupling gel to help transmit acoustic energy.
Pressure Waves
Apply the handheld treatment device using individualized settings and impulses.
Aftercare
Review symptoms, activity recommendations, treatment frequency, and rehabilitation plans.
Patients typically feel repetitive tapping or pulsing sensations. Tender tissues may be uncomfortable during treatment, but the settings can often be adjusted based on tolerance. Sessions frequently take approximately 10–20 minutes, depending on the treatment area.
How Many Shockwave Sessions Are Needed?
Shockwave therapy is commonly performed as a treatment series rather than one isolated session.
Many protocols use approximately three to six treatments separated by several days to a week, although this varies by diagnosis and treatment system.
The appropriate number depends on how long symptoms have been present, tissue involvement, injury severity, clinical response, and rehabilitation progress.
Some patients notice early changes in symptoms, while others improve gradually. Additional improvement may occur after the treatment series ends.
No specific number of treatments guarantees a particular outcome.
Factors That Influence Your Plan
The tendon, fascia, or muscle condition being treated.
Recent injuries may require a different approach than chronic degeneration.
Structural changes, clinical irritability, and functional impairment.
Rehabilitation, injections, activity modification, and other therapies.
Changes in symptoms, mobility, strength, and activity tolerance.
Work, exercise, athletic participation, and daily activity.
Recovery & Activity Recommendations
Most patients can return to ordinary daily activities after treatment, but strenuous activity may need to be modified.
Common Temporary Responses
Recovery Priorities
Some treatment protocols recommend limiting certain anti-inflammatory medications around shockwave therapy, although recommendations vary. Never discontinue a prescribed medication without discussing it with the prescribing clinician.
Improving Pain Is Only Part of Recovery.
Chronic tendon conditions may involve muscle weakness, reduced mobility, repetitive overload, altered movement patterns, and tissue sensitivity.
Shockwave therapy may improve pain and function in selected conditions, but it does not replace progressive mechanical loading or strengthening.
At PRO Sports Medicine, therapy can be integrated with physical rehabilitation, movement correction, and a gradual return to exercise or sport.
Schedule a Recovery EvaluationIntegrated Treatment Priorities
Shockwave Therapy & Regenerative Medicine
Shockwave may be used independently or incorporated into a broader musculoskeletal treatment plan when clinically appropriate.
Shockwave + Physical Therapy
Combines acoustic-wave treatment with progressive loading, mobility, strengthening, and functional rehabilitation.
The objective is to improve symptoms while restoring the ability of tissues to tolerate daily and athletic demands.
Shockwave + PRP
Selected protocols may incorporate acoustic-wave therapy with platelet-rich plasma or other orthobiologic procedures.
Timing and treatment combinations must be individualized. The superiority of combined therapy has not been established for every diagnosis.
Shockwave + Tenotomy
Persistent focal tendon degeneration may require consideration of needle fenestration or ultrasonic tenotomy when conservative measures are insufficient.
Shockwave may be used in selected stages of care, according to the procedure and recovery plan.
Recovery & Health Optimization
Nutrition, sleep, metabolic health, physical conditioning, and load management may influence recovery outcomes.
Addressing contributing health factors supports a more complete treatment strategy.
Patient Selection, Safety & Contraindications
Treatment should be selected according to an established diagnosis, patient history, tissue condition, and safety screening.
Potential Candidates
When Treatment Requires Caution
X-ray, MRI, or musculoskeletal ultrasound may be needed when there is concern for fracture, significant tendon tearing, labral injury, nerve involvement, infection, mass, advanced joint disease, or symptoms inconsistent with the clinical examination.
The patient described receiving an ultrasound examination, understanding the diagnosis, and leaving with a plan for treatment.
Shockwave Therapy Frequently Asked Questions
Common questions about acoustic-wave treatment, EPAT, recovery, and clinical expectations.
What is shockwave therapy?
Is shockwave the same as electrical shock?
What does EPAT mean?
What is the difference between radial and focused shockwave?
What conditions can shockwave therapy treat?
Does shockwave therapy hurt?
How long does a session take?
How many shockwave treatments will I need?
How quickly will I notice improvement?
Does shockwave regenerate tendons?
Will I need anesthesia?
Is shockwave therapy invasive?
Can I return to work or exercise afterward?
What are the possible side effects?
Can I combine shockwave with PRP?
Does shockwave replace physical therapy?
Can shockwave prevent surgery?
Are there reasons someone should not receive shockwave?
Is shockwave covered by insurance?
Do you offer an introductory evaluation?
How do I know if shockwave is appropriate for me?
Persistent Pain Deserves a More Targeted Approach.
Whether you're managing Achilles tendinopathy, plantar fascia pain, chronic elbow symptoms, or another persistent soft-tissue condition, PRO Sports Medicine can help determine whether shockwave therapy belongs in your recovery plan.
PRO Sports Medicine
2034 E Southern Ave, Suite O
Tempe, AZ 85282
480-400-6225
Medical Information Disclaimer: This content is provided for patient education and does not constitute individual medical advice, diagnosis, or a treatment recommendation.
Extracorporeal shockwave and radial pressure-wave therapies vary in their mechanisms, clinical evidence, treatment parameters, and indications. Outcomes depend on diagnosis, equipment, treatment protocol, health status, and rehabilitation participation.
Potential risks include local pain, tenderness, bruising, swelling, skin irritation, and other complications depending on the treatment location. Clinical screening is necessary to identify contraindications and alternative diagnoses.
No treatment guarantees tendon regeneration, pain resolution, prevention of surgery, or return to sport. Individual treatment decisions require appropriate evaluation and informed consent.