Tennis elbow can frustrate patients and clinicians alike. The pain may begin with racquet sports, weight training, manual work, or repetitive computer use. Over time, simple gripping, lifting, or turning a doorknob can become difficult.
For your practice, lateral epicondylitis also presents an opportunity: you can combine chiropractic care, targeted rehabilitation, and high-intensity shockwave therapy to address a stubborn tendon problem without drugs, injections, or surgery.
JointWave™ delivers powerful acoustic energy to the common extensor tendon and lateral elbow region, helping stimulate the body’s natural repair response. Used within a structured protocol, it can help your clinic improve patient function, reduce treatment plateaus, and add a premium cash-based service.
Clinical note: Evidence for shockwave therapy varies by study, patient population, and treatment parameters. Use appropriate clinical judgment, informed consent, outcome tracking, manufacturer guidance, and applicable laws governing your scope of practice.
Better Diagnosis. Better Treatment. Better Outcomes.
Lateral epicondylitis typically involves the common extensor tendon, especially the extensor carpi radialis brevis origin near the lateral epicondyle. Despite the name, the condition does not affect tennis players alone.
Patients may report:
- Pain over the outside of the elbow
- Pain with gripping, lifting, or wrist extension
- Reduced grip strength
- Tenderness at the common extensor origin
- Symptoms that persist despite rest, bracing, medication, or standard therapy
Begin with a complete examination. Confirm that the patient’s symptoms fit lateral elbow tendinopathy and screen for alternative diagnoses, including cervical radiculopathy, radial tunnel syndrome, ligament injury, joint pathology, or referred pain.
Useful clinical findings may include pain reproduced with:
- Palpation of the lateral epicondyle
- Resisted wrist extension
- Resisted middle-finger extension
- Chair or gripping tests
Imaging may help in complex, traumatic, or nonresponsive cases. However, imaging findings should support: not replace: the clinical examination.
The Mechanism: Stimulate Repair. Improve Circulation. Restore Function.
Chronic tendinopathy often reflects a stalled healing process rather than a simple acute inflammation problem. The tendon may show altered collagen organization, reduced capacity to tolerate load, local sensitivity, and impaired tissue remodeling.
High-intensity shockwave therapy uses mechanical acoustic pulses to create a controlled stimulus in the treatment area. This process, known as mechanotransduction, communicates mechanical information to cells and may support a series of biological responses.
JointWave treatment may help:
- ✅ Stimulate local circulation and angiogenesis
- ✅ Support growth-factor activity and tissue remodeling
- ✅ Reduce pain sensitivity over time
- ✅ Address chronic tissue adhesions and dysfunction
- ✅ Prepare the tendon for progressive loading
- ✅ Complement adjustments and soft-tissue treatment
The goal is not simply to mask pain during the appointment. The goal is to create a better biological environment for rehabilitation and functional recovery.
Because device design matters, your clinic should distinguish true high-intensity shockwave therapy from lower-energy radial pressure wave systems. JointWave focuses acoustic energy deep into soft tissue, tendons, and joints so you can target the suspected pain generator with greater precision.
The Protocol: Assess. Treat. Reload.
A practical, evidence-informed starting protocol for chronic lateral epicondylitis includes three treatment sessions spaced approximately one week apart.
1. Establish baseline measurements
Before the first session, document:
- Pain intensity at rest and during gripping
- Grip strength, ideally with a dynamometer
- Functional limitations
- Range of motion
- Patient-specific activities that provoke symptoms
You can also use a validated questionnaire such as the Patient-Rated Tennis Elbow Evaluation, or PRTEE, when appropriate.
Baseline data gives your patient a clear starting point and gives your team objective information for follow-up.
2. Prepare the treatment area
Position the patient comfortably with the elbow supported. Identify the point of maximal tenderness and assess the common extensor origin.
Apply coupling gel according to your device instructions. Begin treatment over the symptomatic tendon region and adjust positioning based on the patient’s response and your clinical assessment.
Do not treat blindly. Precise localization and appropriate patient communication improve comfort, consistency, and clinical decision-making.
3. Deliver evidence-informed dosing
Many clinical trials use a protocol similar to:
- Three sessions
- One week between sessions
- Approximately 2,000 shocks per session
- The highest tolerable energy level appropriate for the patient and device
Your JointWave training and device instructions should determine the exact settings, applicator selection, energy, frequency, and treatment technique. Start at a tolerable level, communicate throughout the session, and progress appropriately rather than treating intensity as a competition.
High-intensity treatment should feel therapeutic and purposeful: not uncontrolled or unnecessarily aggressive.
4. Pair treatment with progressive rehabilitation
Shockwave therapy works best as part of a complete plan. It should not replace load management and tendon rehabilitation.
Depending on the patient’s presentation, your plan may include:
- Temporary modification of aggravating activities
- Isometric wrist-extensor exercises during irritable phases
- Progressive concentric and eccentric loading
- Forearm, shoulder, and scapular strengthening
- Grip retraining
- Ergonomic or sport-specific movement changes
- Chiropractic treatment for related regional or spinal dysfunction
The shockwave stimulus helps create an opportunity for change. Progressive loading teaches the tendon how to tolerate real-world demand again.
The Healing Timeline: Set Expectations Early
Patients often expect immediate relief after the first session. Some experience short-term pain reduction, but tendon remodeling generally takes longer.
A practical communication framework looks like this:
During the first week
The patient may experience temporary tenderness, redness, or mild bruising. These effects usually remain localized and short-lived. Advise the patient to follow your post-treatment instructions and avoid activities that significantly aggravate symptoms.
Weeks two through four
Some patients begin noticing improved tolerance for gripping, lifting, or daily activities. Others need more time. Avoid promising a fixed result or guaranteeing symptom resolution.
Weeks four through twelve
This period often provides a more meaningful opportunity to evaluate progress. Reassess pain, grip strength, function, and patient confidence. Continue progressive rehabilitation and adjust the care plan based on measurable response.
Three to six months
Tendon adaptation may continue after the treatment series ends. If the patient improves gradually, reinforce adherence to loading and activity progression.
If the patient shows no meaningful improvement after an appropriate trial, reconsider the diagnosis, treatment plan, loading strategy, and need for referral or additional evaluation.
Patient Selection: Choose the Right Cases.
Your best candidates typically include adults with:
- Symptoms lasting at least three months
- Clinically confirmed lateral elbow tendinopathy
- Meaningful pain or functional limitation
- Reduced grip strength
- Incomplete response to structured conservative care
- A desire to avoid repeated injections or surgery
- Realistic expectations about gradual improvement
Shockwave therapy may be less appropriate as a first-line option for a new, mild case that is already improving with activity modification and rehabilitation.
Screen carefully for pregnancy, active infection, open wounds, malignancy near the treatment area, significant bleeding disorders, anticoagulant use, sensory loss, recent corticosteroid injection, and other factors identified in current clinical guidance and your device’s contraindications.
For additional safety context, review the NICE guidance on extracorporeal shockwave therapy for refractory tennis elbow and the published systematic review of shockwave therapy for lateral epicondylitis.
Better Technology. Better Longevity. Better ROI.
Not every system gives your practice the same clinical or operational advantages.
JointWave’s high-intensity system helps your clinic deliver targeted acoustic energy while fitting efficiently into a chiropractic workflow. The treatment process can complement an adjustment, soft-tissue session, or rehabilitation visit without requiring a lengthy appointment.
The JointWave advantage includes:
- ✅ Deep, focused acoustic energy for soft tissue, tendon, and joint applications
- ✅ Efficient treatment sessions that support better scheduling
- ✅ White-glove installation to reduce implementation friction
- ✅ Staff training so your team can use the system with confidence
- ✅ Marketing materials to help you introduce the service locally
- ✅ Technologically superior treatment heads designed for consistent, high-volume clinical use
- ✅ Treatment heads built to outlast major competitors, helping protect your long-term return on investment
Durability matters. A system that sits unused: or requires frequent component replacement: can quickly erode your expected ROI. JointWave is built to support reliable use, fewer interruptions, and stronger profit potential over the life of the equipment.
A Cash-Based Service with Clinical Value.
Lateral elbow pain gives you a clear way to explain the value of a specialty service. Your patient already understands the problem: they cannot work, exercise, sleep, or perform daily tasks comfortably.
You can position JointWave as part of a structured, private-pay care plan that includes:
- A clinical evaluation
- A defined treatment series
- Progress measurements
- Rehabilitation guidance
- Follow-up and reassessment
That structure helps your team communicate value without making unsupported promises. It also creates a repeatable process that can increase case acceptance, improve patient engagement, and add cash-based revenue without relying entirely on insurance reimbursement.
Better outcomes create better conversations. Better conversations create stronger patient retention and referrals.
Start with a Risk-Free Trial.
Adding a new modality does not have to mean making a blind investment. JointWave offers a 30-day, in-office trial with no obligation so you can evaluate the system with your own patients, team, and workflow.
JointWave handles installation, provides staff training, and supplies marketing support to help you put the service into practice: not leave another device unused in a treatment room.
Visit jointwavetrial.com to claim your risk-free trial. Test the JointWave system in your clinic, build your lateral elbow protocol, and determine how high-intensity shockwave therapy can improve patient care and grow your cash-based services.
