Shockwave Therapy for Musculoskeletal Pain & Persistent Tendon Pain
AUCKLAND'S SHOCKWAVE THERAPY SPECIALISTS NORTH SHORE
Shockwave therapy has become one of the most widely researched non-invasive treatments for persistent tendon and musculoskeletal pain.
But successful treatment is rarely just about applying shockwave alone.
At Movement Mechanics Osteopathy in Browns Bay, shockwave therapy is integrated within a broader clinical approach focused on:
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understanding why symptoms developed
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improving tissue capacity
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restoring movement confidence
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and helping people return more comfortably to work, training, running and everyday activity
We regularly work with people experiencing:
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and symptoms that never seem to fully settle despite previous treatment
using a combination of EMS DolorClast® shockwave therapy, osteopathy, rehabilitation, high-power laser therapy and medical acupuncture.
Explore the tendon and musculoskeletal conditions commonly treated with shockwave therapy →
What Is Shockwave Therapy?
At Movement Mechanics, we specialise in EMS DolorClast® shockwave therapy, a non-invasive, evidence-based treatment. Shockwave therapy uses acoustic pressure waves to stimulate biological responses within tissue.
It is most commonly used in persistent tendon and musculoskeletal conditions in which symptoms have persisted for longer periods or in which the body’s normal adaptation and recovery processes appear to have stalled.
Research has shown that shockwave therapy may help:
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reduce pain sensitivity
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stimulate local tissue healing responses
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improve circulation
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influence tendon remodelling
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and improve tolerance to loading and rehabilitation
Shockwave therapy is now widely used internationally within sports medicine, physiotherapy, podiatry and musculoskeletal rehabilitation settings, particularly for tendon-related conditions.
At Movement Mechanics, shockwave therapy is integrated with rehabilitation, hands-on osteopathic treatment and movement-based care rather than being used as an isolated stand-alone treatment.
Why Tendon Pain So Often Returns
One of the most frustrating aspects of tendon pain is how unpredictable it can feel.
Many people experience periods when symptoms settle temporarily with reduced activity, lighter training, massage, or rest, only for discomfort to return once running, gym training, long workdays, or higher activity levels resume.
This pattern is common because tendons constantly respond and adapt to mechanical stress.
Healthy tendon tissue has a remarkable ability to store and transfer force efficiently. However, when the balance among stress, recovery, and tissue adaptation is disrupted over time, tendons can gradually become more reactive and less able to handle normal demands comfortably.
This often develops gradually rather than through a single major injury.
Changes in training volume, repetitive loading, reduced recovery, calf weakness, stiffness through surrounding joints, previous injuries and recurrent overload can all influence how force travels through the tendon and surrounding tissues.
Over time, the tendon may begin struggling with activities that previously felt routine.
This is particularly common in conditions such as:
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Achilles tendinopathy
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and overload-related osteoarthritis presentations
One reason longer-standing tendon problems become difficult to resolve is that pain reduction alone does not necessarily restore tissue capacity.
For many people, simply resting the area is not enough to fully restore tendon function in the long term.
This is why treatment at Movement Mechanics places significant emphasis not only on symptom reduction, but on helping tissues progressively regain capacity and resilience again.
The Types of Injuries Shockwave Therapy Is Commonly Used For
Shockwave therapy is most commonly used in tendon and musculoskeletal conditions where symptoms have become stubborn, recurrent or difficult to fully settle with simpler approaches alone.
Rather than one sudden injury event, many people notice symptoms gradually building over time until walking, training, running or day-to-day movement starts feeling increasingly limited or unreliable.
A common example is heel pain that repeatedly returns despite stretching, rest or changes in footwear. This may involve conditions such as plantar fasciitis, plantar heel pain or Achilles tendinopathy, where the surrounding tissues gradually become less tolerant to repeated stress and loading demands.
Others seek shockwave therapy because tendon pain is starting to interfere with training consistency or sport. Activities such as running, jumping, lifting or repetitive upper limb loading can gradually contribute to irritation through structures like the patellar tendon, rotator cuff or elbow tendons, particularly when tissue capacity and recovery struggle to keep pace with demand.
We also regularly work with people experiencing recurrent overload injuries that never seem to fully resolve. These may involve:
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recurring calf tightness
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chronic sporting injuries
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gluteal tendon pain
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persistent shoulder irritation
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or repeated tendon flare-ups during activity progression
Many patients arriving for shockwave therapy have already experimented with:
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stretching
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massage
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rest
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orthotics
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gym modifications
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rehabilitation exercises
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or previous treatment elsewhere
Yet still feel stuck in the cycle of temporary improvement followed by symptom recurrence.
This is one reason treatment at Movement Mechanics focuses not only on pain reduction, but on understanding why tissues continue struggling with mechanical stress and what may help improve longer-term adaptation and recovery.
Understanding Radial &
Focused Shockwave Therapy
Not all shockwave therapy systems are the same.
At Movement Mechanics, we use EMS DolorClast® radial and focused shockwave technology, commonly used internationally within elite sport and musculoskeletal rehabilitation. These devices are able to effectively treat up to 90% of major musculoskeletal conditions.
Radial shockwave therapy is often used for:
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broader superficial tendon and muscular presentations
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calf and plantar fascia loading problems
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chronic overload patterns
Focused shockwave therapy allows energy to be delivered more precisely and deeper into tissue where clinically appropriate.
The choice between radial and focused shockwave depends on factors such as:
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tissue depth
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irritability
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chronicity
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tendon involvement
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and the overall presentation of the injury
Importantly, shockwave therapy should not simply be viewed as a machine-based treatment applied identically to every condition.
The surrounding rehabilitation strategy, loading progression and overall clinical reasoning are often just as important as the modality itself.
Why we combine Shockwave Therapy with Osteopathy
One of the biggest misconceptions around shockwave therapy is that it “fixes” tendon pain in isolation.
In reality, persistent tendon and musculoskeletal conditions often involve altered loading patterns, reduced tissue capacity, movement compensation, weakness, stiffness and reduced tolerance to stress over time
Shockwave therapy helps create an environment more favourable for recovery by alleviating conditions such as neurogenic inflammation and stimulating tissue healing. We know that neurogenic inflammation significantly hampers tendon rehabilitation through traditional physiotherapy techniques such as exercise and massage.
So, by integrating Shockwave therapy, we can ensure the effectiveness of progressive loading. To further enhance long-term improvements, we often implement movement modification, hands-on rehabilitation, recovery management and rebuilding confidence in movement again
This is why treatment at Movement Mechanics commonly integrates osteopathy, rehabilitation and movement-based care alongside shockwave therapy rather than relying on one intervention alone.
Common Signs Tendon Pain May Need A More Structured Approach
Many patients seeking shockwave therapy describe:
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symptoms that keep returning
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pain that improves temporarily but never fully resolves
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morning stiffness
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tendon pain during running or exercise
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discomfort after periods of inactivity
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recurring flare-ups once activity increases again
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frustration after trying multiple simpler approaches without lasting success
Others feel they have gradually lost confidence in movement because symptoms have become unpredictable or persistent over time.
Why we use EMS DolorClast® Shockwave Therapy
The numbers say it all. EMS DolorClast® Shockwave Therapy devices were used in more high-quality studies in the physiotherapy evidence database (PEDro) than any other Extracorporeal Shockwave Therapy device. Shockwave therapy is dose-dependent, and not all devices and handpieces can sustain the same energy delivery at higher frequencies. The EMS DolorClast® Radial Shockwave device we use at Movement Mechanics Osteopathy demonstrates significantly higher energy output at higher-frequency settings than other devices used in New Zealand, such as the Storz MASTERPULS® 200 ultra. This means that you get the most effective shockwave treatment available with us. If we can reach the target tissue with an EMS DolorClast® device, we can achieve the desired tissue effects; whether we use a radial or focused device doesn't matter, as both will have the same effect. This is not true for other devices, which exhibit significantly different energy outputs across different frequencies and shockwave types.
Reduced pain scores
Unmatched performance
Improved
function
What To Expect From Treatment
Shockwave therapy uses high-energy acoustic waves to target injured tissues, relieving pain, stimulating repair, promoting new blood vessel growth, reducing inflammation, and mobilising stem cells.
Initial assessment focuses on understanding, symptom history, loading patterns, aggravating factors, movement limitations, training history and tissue irritability
Treatment recommendations are then tailored to the individual presentation and may include:
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shockwave therapy
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tendon loading guidance
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or movement modification
While some patients feel immediate relief, most require 4-6 sessions for optimal results. Some people improve relatively quickly. More persistent tendon problems may require a longer rehabilitation process depending on symptom duration, tendon irritability, training demands, recovery capacity and consistency of rehabilitation.
The goal is not simply reducing pain temporarily, but helping tissues become more tolerant to movement and load again. It’s an excellent non-invasive alternative to steroid injections and surgery for effective pain management.
How does Shockwave Therapy work?
Shockwave therapy works by delivering controlled acoustic energy into injured or irritated tissue, creating a mechanical stimulus that encourages the body to restart and support normal healing and adaptation processes.
In many persistent tendon and musculoskeletal conditions, tissue can become trapped in a cycle of overload, failed adaptation, reduced circulation, ongoing irritation and reduced tolerance to movement or stress.
Shockwave therapy aims to help interrupt this cycle by stimulating a range of biological responses within the tissue itself.
Research suggests shockwave therapy may help:
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encourage new blood vessel formation and circulation
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stimulate collagen production and tendon remodelling
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improve tendon gliding and tissue quality
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activate tendon and bone healing cells
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have an anti-inflammatory effect
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modulate pain sensitivity and nerve irritation
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and support more normal tissue recovery responses over time
Importantly, shockwave therapy is not simply “breaking down scar tissue” as is sometimes described online. Modern evidence suggests its effects are far more closely related to influencing cellular activity, tendon adaptation, circulation and the body’s ability to tolerate load more effectively again.
For many people, this can help create an environment more favourable for rehabilitation, progressive loading, movement restoration and longer-term recovery, particularly in chronic tendon and overload-related injuries where symptoms have persisted despite rest or previous treatment approaches. The result is reduced pain, faster tissue regeneration, and restored function without the need for injections or surgery.
Is Shockwave Therapy Safe If You’re on Blood Thinners or After Cortisone?
Certain anticoagulants (e.g., warfarin, DOACs) increase the risk of bruising; we coordinate with your GP before proceeding.
Steroid injections: Because steroids suppress healing, we recommend waiting 6–12 weeks after a corticosteroid injection before Shockwave Therapy.
NSAIDs: Avoid anti-inflammatory medication (e.g. ibuprofen) around treatment sessions to preserve Shockwave’s pro-healing response.
Safety and effectiveness come first. Our EMS DolorClast® devices are supported by robust clinical evidence and manufacturer guidelines.
A More Considered Approach To Shockwave Therapy
Movement Mechanics Osteopathy was built around the principle that movement and tissue capacity play a central role in long-term musculoskeletal health.
Rather than separating hands-on care, rehabilitation and advanced technology into isolated treatment approaches, our clinic integrates them together within a broader evidence-based framework.
Many people seek us out specifically because they want:
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clearer clinical reasoning
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a more structured rehabilitation approach
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and a treatment experience that feels both modern and personalised rather than protocol-driven.
Our clinic is also one of the few in New Zealand integrating EMS DolorClast® radial shockwave, focused shockwave and high-power laser therapy together within the same movement-focused clinical environment.
Didn’t find the answer you were looking for? We are here to help. Below are some common questions we get from What is Shockwave therapy? Do I need a referral?
Considering Shockwave Therapy?
If persistent tendon pain or recurring musculoskeletal symptoms are starting to limit training, movement, work or everyday activity, the first step is understanding what may actually be driving the problem and whether shockwave therapy is likely to be appropriate for your situation.
