What is Shockwave Therapy?

- 1 Discovering the Power of Shockwave Therapy
- 2 Unpacking the Basics: What Exactly is Shockwave Therapy?
- 3 Inside the Technology - How Shockwave Therapy Works
- 4 The Science Supporting Shockwave Therapy
- 5 Practical Applications of Shockwave Therapy
- 6 Embracing the Future of Pain Relief
- 7 Why High-Powered Laser Therapy?
- 8 Frequently Asked Questions on Shockwave Therapy
May 23, 2024
By Nick Lorem
Discovering the Power of Shockwave Therapy

Shockwave technology applies targeted pressure waves to the affected area, stimulating blood flow and cellular activity, thus reducing muscle pain and promoting healing. This approach can address various conditions, such as joint, hip, and muscle pain. Shockwave therapy provides a practical and noninvasive option for people seeking relief from chronic pain and injury.
Unpacking the Basics: What Exactly is Shockwave Therapy?
Shockwave therapy works by targeting injured tissues to promote regeneration. Here’s how it works:
- Acoustic waves:
Shockwave therapy uses high-energy sound waves emitted from a handheld device directed at specific areas of pain and injury. This portable device focuses on specific tissues needing treatment, improving circulation and stimulating cellular activity. - Energy delivery:
The acoustic waves penetrate the target area, delivering precise energy that stimulates blood flow, bringing nutrients and oxygen to damaged tissues. - Healing Stimulation:
The energy from the waves increases blood flow and activates cellular regeneration mechanisms, enhancing tissue growth and reducing pain.
Inside the Technology - How Shockwave Therapy Works
Shockwave therapy employs advanced technology to produce acoustic waves that aid in healing. The devices create these waves through three main mechanisms:
- Electrohydraulic method:
This method uses a spark gap to create an underwater explosion. The energy released from the explosion generates high-pressure waves that can penetrate deep into tissues, promoting cellular regeneration and improving blood flow. This method is particularly effective for treating chronic pain and inflammation. - Electromagnetic method:
An electromagnetic coil generates waves by creating a magnetic field that pushes a membrane. This movement generates focused acoustic waves that can be directed precisely at the affected area. The electromagnetic method is known for its ability to reach deeper tissues with greater accuracy. It is suitable for treating musculoskeletal conditions and accelerating the healing process. - Piezoelectric method:
Crystals are stimulated by an electric current, causing them to expand and produce waves. These waves are characterised by their precision and consistency, allowing for targeted treatment of soft tissue injuries. The piezoelectric method is often used for its gentle approach, reducing discomfort during treatment while effectively promoting tissue regeneration and pain relief.
Shockwaves can be classified into two main types based on their application and effect on tissues:
Type of Shockwave | Energy Concentration/Distribution | Usage |
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Focused Shockwaves |
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Radial Shockwaves |
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Understanding how this technology works and the different types of shockwaves can provide a clearer picture of its benefits.
The Science Supporting Shockwave Therapy
Research has consistently shown that shockwave therapy can reduce pain and promote healing for conditions like calcific tendinopathy, plantar fasciitis, and tennis elbow. These results have broadened to many other musculoskeletal issues.
Shockwave therapy triggers several beneficial responses at the cellular level:
- Boosts collagen synthesis:
Shockwave therapy enhances collagen production, which is crucial for regenerating and strengthening tissues. - Stimulates cell growth and healing:
The therapy encourages cells to grow and heal faster, especially in tendons and muscles. - Reduces pain:
Shockwaves impact pain signals, reducing their intensity and providing relief.
The body exhibits several positive reactions to shockwave therapy:
- Improves blood flow:
Shockwave therapy promotes the growth of new blood vessels, enhancing blood flow to the affected area and supporting healing. - Reduces inflammation:
The therapy helps reduce inflammation, a common source of pain and discomfort. - Supports tissue regeneration:
Shockwaves convert mechanical signals into biochemical ones, aiding tissue regeneration and healing.
Practical Applications of Shockwave Therapy
Shockwave therapy, initially developed for treating kidney stones, has evolved into a versatile medical tool with diverse applications in various fields. From orthopaedics to sports medicine, shockwave therapy addresses a wide range of conditions, offering noninvasive treatment options and promoting faster healing.
Here’s an overview of the medical and therapeutic uses of shockwave therapy and the conditions it can benefit:
- Musculoskeletal Disorders:
Shockwave therapy is widely used in the management of musculoskeletal disorders such as plantar fasciitis, Achilles tendinopathy, and tennis elbow. It helps reduce pain, improve mobility, and stimulate the healing process in affected tissues. - Sports Injuries:
Athletes often benefit from shockwave therapy to manage sports-related injuries like muscle strains, ligament sprains, and stress fractures. The therapy aids in faster recovery and allows athletes to return to their sport sooner. - Chronic Pain Management:
Shockwave therapy effectively manages the symptoms of conditions like chronic back, neck, and shoulder pain. By targeting the underlying cause of pain, the therapy offers long-lasting relief without the need for surgery or medication. - Wound Healing:
Shockwave therapy is also used in wound care to promote healing in chronic wounds such as diabetic ulcers and pressure sores. It stimulates blood flow and accelerates tissue regeneration, leading to faster wound closure. - Orthopaedic Conditions:
Orthopaedic surgeons often use shockwave therapy as a noninvasive treatment for conditions like avascular necrosis. It helps improve blood flow to the affected bone and promote healing. - Cosmetic Applications:
In addition to its medical uses, shockwave therapy is also used in aesthetic medicine for cellulite reduction and body contouring. The therapy helps break down fat cells and improve skin elasticity, resulting in a smoother, more toned appearance. - Veterinary Medicine:
Shockwave therapy has found applications in veterinary medicine for treating musculoskeletal conditions in animals. It is used to manage pain and improve mobility in pets suffering from arthritis or injuries.
These are just a few examples of the practical applications of shockwave therapy. Its versatility and effectiveness make it a valuable tool in modern healthcare, offering non-invasive treatment options for a wide range of conditions.
Embracing the Future of Pain Relief

Shockwave therapy has emerged as a significant advancement in addressing various musculoskeletal conditions. It utilises acoustic waves to stimulate the body’s natural healing processes, effectively promoting tissue regeneration and reducing pain.
Shockwave therapy has proven to be a valuable tool in modern medical practice. Its ability to improve blood flow, reduce inflammation, and enhance tissue healing makes it a preferred choice for many conditions.
Explore more about the uses of shockwave therapy and how it can help you.
Why High-Powered Laser Therapy?
Accelerated Healing Process
High-powered laser therapy stimulates cellular activity, promoting faster recovery from injuries and reducing overall healing time.
Reduced Pain and Inflammation
The therapy targets pain pathways and decreases inflammatory markers, leading to significant pain relief during recovery.
Improved Blood Circulation
Laser therapy enhances blood flow to the treatment site, allowing essential nutrients and oxygen to reach healing tissues effectively.
Non-Invasive Treatment Option
This therapy is a safe, non-invasive alternative to surgery or medication, minimising risks and side effects for patients.

Learn More About Shockwave Therapy
Discover how shockwave therapy uses acoustic waves to promote healing and alleviate musculoskeletal pain.

Learn More About The Treatment Process
Learn about the step-by-step treatment process of shockwave therapy and what to expect during your sessions.

Learn More About The Cost
Understand the cost structure of shockwave therapy and how it offers value for your healthcare investment.

Learn More About The Benefits of Shockwave Therapy
Explore the diverse benefits of shockwave therapy, including pain reduction, improved mobility, and accelerated recovery.
Frequently Asked Questions on Shockwave Therapy
How effective is shockwave therapy?
Shockwave therapy has proven to be effective in reducing pain and improving movement. Here’s a simple breakdown of its benefits:
- Pain relief and better movement:
Studies show that many patients feel less pain and can move better soon after shockwave treatment. For example, pain levels dropped significantly for those with conditions like elbow tendinopathy, Achilles tendinopathy, plantar fasciitis (heel pain), and rotator cuff tendinopathy. - Long-lasting results:
The benefits of shockwave therapy can last a long period of time. Improvements can last up to a year for conditions like plantar fasciitis. - Helps heal tissues:
Shockwave therapy boosts blood flow and cell growth, which helps damaged tissues heal faster. - Non-surgical and quick recovery:
This treatment doesn’t involve surgery, so recovery is quick. Most people only experience mild soreness afterwards.
The effectiveness of shockwave therapy depends on the severity of the condition, overall health, and adherence to the treatment plan. It has shown to be helpful for various types of pain and injuries, offering a non-surgical relief option.
Is shockwave therapy painful?
Shockwave therapy is generally well-tolerated by most patients. Here are some points to understand about the experience:
- Initial sensation:
Patients might feel mild to moderate discomfort during the shockwave application due to the impact on the affected tissues. - Pain intensity:
The level of discomfort varies depending on the treatment area and the individual’s pain threshold. For some, it may feel like a deep massage. - Post-treatment effects:
After the session, it’s common to experience mild tenderness or swelling. This is a normal response and usually subsides within a few days. - Managing discomfort:
If pain occurs during the procedure, communicate with your physiotherapist. They can adjust the intensity to make you more comfortable.
Discomfort can include a feeling of tingling or warmth due to the acoustic waves impacting the muscle tissue. Patients undergoing shockwave treatment for hip pain or joint pain often report these sensations.
Shockwave therapy aims to decrease pain and promote healing by targeting painful tissues and influencing soft tissues. Despite the temporary discomfort, the overall goal is significantly reduced pain and improved recovery time.
How long does a shockwave treatment session last?
Shockwave treatment sessions are generally quick and efficient. Here’s what you can expect:
- Duration:
Each session can last 15 to 20 minutes, depending on the treatment area and the specific condition. - Frequency:
Most patients require multiple sessions, usually spaced one week apart. A common treatment plan involves three to five sessions. - Procedure time:
The actual application of shockwave technology takes only a few minutes. The rest of the session may include preparation and aftercare.
During the session, the physiotherapist will use a handheld probe to deliver acoustic waves to the affected area. These waves create effects in tissues that help with pain relief and healing.
Shockwave therapy sessions are designed to be brief yet effective, allowing for quick treatment and minimal disruption to daily life.
Is there a recovery period after shockwave therapy?
Shockwave technology promotes natural tissue regeneration, helping with the healing process. After shockwave therapy, most patients can resume their normal activities immediately. However, some minor effects may occur.
You can return to your daily routine straight after the session. Some patients might experience mild discomfort or tenderness in the affected area. Slight swelling or bruising is also possible, but these usually subside quickly.
It’s generally safe to continue with light physical activities but avoid intense exercises for a few days. The recovery period after shockwave treatment is brief, and localised discomfort is usually mild and temporary. This allows for a quick return to normal life. For a smooth recovery, follow any specific instructions given by your physiotherapist.
Are there risks, side effects, or complications?
With the many uses of shockwave therapy, it is generally considered a safe procedure. However, like any treatment, it can have some side effects and potential complications. Here are some common ones and how to manage them:
- Pain at the treatment site:
Some patients may experience pain during or after the session. This is usually mild and temporary. You can manage this with over-the-counter pain relief medication. Resting the area can also help ease discomfort. - Skin redness or bruising:
Redness or bruising may occur in the affected site. Applying a cold compress for 15-20 minutes several times daily can reduce these effects. If you notice redness on your heel after addressing plantar fasciitis, use an ice pack to soothe the area. - Swelling:
Swelling might happen around the treatment site. Elevate the affected area and use a cold compress to help reduce swelling. If your elbow swells after a session, keep it elevated and apply ice. - Numbness or tingling:
Numbness or tingling can occur, but these sensations usually subside quickly. Gentle massage and avoiding strenuous activities can help. For instance, if your shoulder feels numb, gently massage the area and avoid heavy lifting. - Headaches or migraines:
Some patients might experience headaches rarely. Staying hydrated and resting in a dark, quiet room can help. If headaches persist, consult your physiotherapist for advice. - Haematoma formation:
A small blood clot or haematoma may sometimes form under the skin. Applying a cold compress can reduce the risk of further swelling. If you develop a haematoma on your thigh, avoid strenuous activities and keep the area cool.
Knowing the possible side effects and management options, as your physiotherapist recommends, can lead to a smoother recovery after shockwave therapy.
Say Goodbye to Pain and Discover Relief
Our website is a valuable resource for information on shockwave therapy, designed to enhance your quality of life. Check back regularly for updates!
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