Shockwave Therapy in Atlanta.
What a shockwave therapy machine does
A shockwave machine sends pulses of sound energy through the skin to a chosen spot in a tendon or nearby tissue. No electrical current passes into the body, and this is not the shockwave procedure used on kidney stones. During a session, a clinician positions a handpiece over the target, a structure identified beforehand by a thorough exam and, in some cases, imaging.
There are different types of shockwave devices and research studies. Focused devices concentrate the energy at a specific depth. Radial or pressure-wave devices spread it wider, with the strongest effect near the surface. The two are not interchangeable. Studies also vary in the number of shocks, the energy, the visit schedule and the use of imaging guidance, so lumping every study together leads nowhere.
What the pulses actually do inside the body is still being worked out. The candidates: a change in how pain is felt, a shift in local blood flow, and cell signals that nudge repair, with the stress on the tissue possibly restarting stalled healing. What it will not do is dissolve every calcium deposit, heal a full tendon tear, or regenerate worn cartilage. Within regenerative medicine, this is the option that delivers energy rather than substances, a pre-surgical option that can help with symptom relief and rehabilitation in some diagnoses.
What shockwave therapy treats, and how well it works
Shockwave therapy is used on problems in and around tendons and fascia that have not settled, and how well it works depends on the body part. The best-supported use is chronic heel pain related to the plantar fascia, the tissue along the bottom of the foot. The usual list also includes calcific tendinopathy of the rotator cuff, lateral elbow tendinopathy, certain Achilles conditions, and patellar tendon trouble below the kneecap.
Tendinopathy is a tendon worn down and sore from repeated stress rather than one sharp tear. Calcific tendinopathy is a calcium deposit building up in the rotator cuff tendons, one specific cause inside the wider territory of shoulder pain. The distinction matters most at the ankle: a tendon that has hurt for months is worn, not torn, while an Achilles tendon rupture is a mechanical problem that needs a different pathway than energy therapy.
The research results shift with where in the body it is used, how long symptoms have run, the protocol, and who sat in the comparison group. Some studies show good results and others do not, which makes for a messy evidence picture. In Achilles problems, for instance, results appear to depend on where the trouble sits, higher up the tendon or at the heel bone, and on the loading program done alongside.
A published review found variable evidence: some support in chronic plantar fascia pain, some for certain tendon problems, and little elsewhere. Trials report gains in pain and function for some of those uses, while others show minimal effect against a sham treatment, the dummy arm where neither patients nor researchers know who got the real pulses. Carrying one joint's results over to a different joint is exactly what the evidence does not allow.
That messy picture is exactly why it comes down to the right indications rather than the right machine. The questions worth asking: is it right for your diagnosis, what are the other options, and how long before anyone checks whether it is working?
Is it safe, and does it hurt?
In the wrong patient, the wrong area, or at the wrong energy, this procedure can cause damage. That is uncommon, but real, and it belongs in the informed-consent conversation. The machine sets the energy, but who gets it, where, and how strong are medical calls a clinician makes.
During the procedure, the area to be treated is located, a contact gel is placed, and energy pulses are delivered. It is common for the patient to feel some discomfort, pressure, or a fast tapping sensation during energy delivery. What you feel varies with the spot and grows with the energy. That feedback is part of the procedure, so say what you feel as it happens. The energy level can be raised or lowered during treatment, depending on the application and the device.
In most cases the procedure is not invasive, and there is no downtime. After the procedure, the area may feel sore or be red. It is also possible to have bruising, swelling, temporary numbness or tingling, skin irritation, or increased pain. Walking out is usually possible right away; tolerating full activity is a different bar, and the tissue can still need time.
The clinician should screen the patient before treatment. Some situations rule the area out entirely. Pregnancy, bleeding risk, an implanted device, certain medications, poor sensation or circulation in the area, an open wound, a tumor, a growing child, or a spot recently injected or operated on all belong on that list.
Some conditions require immediate medical treatment, and are not candidates for scheduled office treatment. Seek medical help for an acute injury, a visible deformity, an arm or leg you cannot use, fever or rapidly spreading redness, or numbness and weakness that keep increasing.
How long results take
There is no universal number of sessions one should receive for shockwave therapy, anyone quoting this number is quoting another protocol. Shockwave therapy is a process and not a one visit affair.
Days-until-improvement is not the metric; what matters is what changes across the course and when it gets assessed. The course itself varies with the issue, the response, and the device and protocol in use.
The first visit, and the days after it.
You will feel the tapping during the session, and the area can be sore for a day or two afterward. Neither the soreness nor its absence is a result.
The stretch between visits, where the loading program does the work.
Tendons adapt when the loading builds in the right order. That can mean mobility work and isometrics (holding a muscle tight without moving the joint), then strengthening.
Many credit results to the device alone, which is a misinterpretation of the scientific studies examining this device in conjunction with a progressive exercise routine.
The reassessment.
The marker of progress is not what you feel an hour after exercise. It is the change in pain and function across the rehab, and how much demand the tendon now withstands.
The point where the plan changes.
If reassessment shows no progress, the move is a different option or a fresh look at the original diagnosis, not more of the same.
Putting an end date on tendon rehabilitation at the outset is guesswork; some tendons move through the phases faster than others. What the plan should be clear about is who owns your loading program, and which symptoms should change it.
Shockwave compared with the alternatives
No option is good or bad in the abstract; its worth depends on the diagnosis. The clearest dividing line is whether anything gets placed in your tissue, and PRP injections sit on the other side of that line from shockwave.
The options share a goal. The choice runs on the diagnosis, the state of the tissue, the rehabilitation done so far, the severity, and the evidence for that part of the body. All of it sits inside joint preservation: keep the existing structure working for as long as possible, and weigh every option against that.
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Energy against an injectate.
One of the key differences between injections and shockwave is that shockwave delivers energy through the skin. The procedure does not leave anything in the body.
By contrast, injections place some material, either a processed component of the patient's own blood or a human-made substance, into the body. Each has unique risks, including the risks that only apply to needle-based treatments.
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Procedures that alter the tendon directly.
Ultrasonic and needle-based procedures cut out injured tendon tissue, or make holes in it. That goal is distinct from stimulating the healthy tissue of an intact tendon.
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Surgery.
For certain chronic conditions the milder options are a sensible first stage, but they are not substitutes for surgery; structural damage may still need a repair or reconstruction.
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Load, rehabilitation, and the rest of the first-line plan.
Shockwave protocols are studied alongside, not instead of, activity modification, physical therapy, home exercises, bracing and orthotic inserts, and medication.
How Atlanta Sports Medicine Institute prescribes shockwave
I can't say enough positive things about Dr. Langer. After beating my body up for years through athletics, training, and adventure sports, I began the search for an Orthopedic Sports Medicine doctor. It took a while to find the right person, but the search ended when I met Dr. Langer. He came highly recommended from two different athletes who I completely trust, and he still managed to exceed my expectations! Meeting him has been the most fortunate medical connection I've ever experienced. Because of my great experiences with him, I'm always eager to recommend him to family and friends or anyone I meet in need of his expertise.
There is an order to how shockwave therapy gets used here.
A heel can hurt for many reasons, among them plantar fascia trouble, irritated nerves, and stress reactions. A shoulder can hurt from the neck, a tear, arthritis, or calcium. Location alone is not enough to prescribe a procedure.
Choosing a non-surgical procedure is not a menu you order from; there is an order to it. The consultation settles the diagnosis first. It reviews what has been tried, and whether that was truly exhausted or abandoned early. Only then do the non-surgical options get walked in the order the evidence supports. The procedure, the goal, and the date to re-evaluate all get named together, and the machine, the visit schedule and the follow-up flow from the diagnosis rather than from habit.
Using non-surgical procedures properly, and in a rational order, is trained judgment, and the training is on the record. Completed advanced fellowship training in Sports Medicine and Arthroscopy. Member of the American Orthopaedic Association (AOA).
In Atlanta, patients often arrive having researched the device before the diagnosis, mind already set. The examination is how we find out whether the machine they want fits the condition they have. Request an appointment and start there.
Start with clarity about your joint.
If pain is limiting the way you train, work, sleep, or move, an evaluation can turn uncertainty into a practical next-step plan.
Book an appointment →-
A focused conversation
Explain what you want to return to, not only what hurts.
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A whole-joint assessment
Look for the combination of findings that best explains the symptoms.
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A clear next-step plan
Understand the likely cause, whether imaging helps, and what comes next.
Care built around diagnosis, clarity, and durable function.
Atlanta Sports Medicine Institute helps active patients understand what may be driving their symptoms and compare appropriate treatment paths. The experience should be precise, understandable, and tied to the activities each patient wants to return to.
Does shockwave therapy hurt?
Expect pressure and a quick tapping during the session rather than sharp pain, though how uncomfortable that is varies with the spot being worked on and with you. A flare of soreness in the first day or two afterward is common. Say what you feel as it happens; the energy gets adjusted around it.
Does shockwave therapy make you tired?
The musculoskeletal literature only discusses local side effects: soreness, redness, bruising, swelling, temporary numbness or tingling. It does not include tiredness. This website cannot tell you why you feel tired after an appointment; the cause may have nothing to do with the treated tendon. Raise it with your practitioner, who can weigh it against the medical history they already hold.
What is the success rate of shockwave therapy?
Results differ with the body location, how long symptoms have run, the protocol given and the comparison made. Some studies show clear gains in pain and function; others show little improvement over a sham treatment. A success percentage quoted without the diagnosis, the protocol and the comparator is a number with the questions removed. The useful move is reading the evidence for your own diagnosis.
Ready to be seen? Book an appointment.
Tell us what is bothering you and we will get you in front of the right person.