Are you among the 90% who respond to shockwave treatment in the clinic regardless of the problem?

If you have one or more of the issues below, shockwave and EMTT will be a good solution for you, safely and without side effects.

• Inflammation or chronic pain in joints, tendons, muscles or bones
• Bone fractures and fatigue fractures
• Diabetic wounds
• Frozen shoulder
• Neuropathic pain
• Erectile dysfunction
• Peyronies
• Pelvic pain
• Incontinence
• Pain and injuries that after 3 months have not shown improvement with other therapies

There can be many elements that play a role in why you are experiencing the problems, which is why it is important to have a tailor-made solution for you, which I help you with in a safe environment.

What is focused shockwave therapy and why is it a good solution?

Focused shockwave therapy, also known as ESWT (Extracorporeal ShockWave Therapy), works by “shooting” high-frequency sound waves via an application head into the damaged tissue, triggering a number of biological effects. These include the formation of new blood vessels and breaking down calcification in tendons and tissue. At the same time, it stimulates cells to form new collagen fibres, which are found in muscles, tendons, bones and connective tissue.

Focused shockwave therapy also helps modulate the inflammatory process and stimulate new bone growth. These factors all help to speed up the natural healing process. That’s why shockwave therapy is also used effectively for athletes’ fatigue fractures, allowing them to return to their sport quickly. A typical course of treatment is between 5-12 treatments in general.

Focused shockwave is effective partly because of the intensity of the shockwave and because I control where the energy from the sound waves goes, i.e. where the injury is. With focused shockwave, my setup allows me to stimulate from the surface of the skin down to a depth of 12 cm, safely and effectively.

The treatment may feel like pins and needles or mild pain. We always adjust the treatment according to your pain threshold to get the best possible effect without discomfort for you. Shockwave doesn’t have to hurt to be effective!

The benefits of focused shockwave therapy for you when quality of life is reduced

There are many good effects of shockwave when you have an injury or dysfunction, here I mention just a few, but if you contact me, I am happy to go into more detail about how your specific problem can be affected with shockwave. Shockwave in the clinic is always supplemented with EMTT, which amplifies the biological processes that shockwave initiates.

• Shockwave promotes faster injury healing by releasing growth factors, stem cells and other beneficial substances to regenerate body cells.
• The treatment helps create new blood vessels and capillaries that increase blood flow in the treated areas.
• Focused shockwave is a non-invasive treatment, which means there is no risk of infection or other potential side effects.
• We effectively treat the areas that are causing you pain, both primary and secondary areas with high precision, guided by ultrasound scanning.
• The effects of focused shockwave can last long after treatment is complete, providing lasting pain relief and improved quality of life.
• By relieving pain and promoting healing, focused shockwave can reduce or even eliminate the need for pain medication and reduce the risk of harmful side effects.
• In neuropathy, shockwave can help reduce pain and symptoms when traditional medicine cannot.

The different types of focused shockwave in the clinic and what can make the difference for you

The advantage of having several types of shockwave in the clinic is that no matter what your problem is, I will be able to target the treatment specifically to your needs. Sometimes I will also use a combination of several types of shockwave to optimize the effect of the treatment.

Piezowave Shockwave

Sound wave generation:

• Piezoelectric Crystals: Piezowave devices use piezoelectric crystals that generate sound waves when exposed to an electric current.
  These crystals deform rapidly, creating acoustic waves.
• Focus and Precision: The sound waves produced by piezoelectric crystals are very precise and can be directed to specific areas of the tissue, making them effective for very precise treatment

Electromagnetic Shockwave

Sound wave generation:

• Electromagnetic Coil and Membrane: This technology uses an electromagnetic coil that generates a magnetic field.
  When an electric current passes through the coil, it creates a force that rapidly moves a diaphragm, which then produces the powerful sound wave.
• Energy and Adjustability: Electromagnetic shockwaves are known for their adjustable energy and penetration depth, making them versatile for different types of treatment and more general therapy.

Electrohydraulic Shockwave

Sound wave generation:

• Electrical Triggering in Fluid: This technology uses an electrical discharge (spark) in a liquid chamber to create a rapid shock wave.
  As the electricity passes through the liquid, a micro-explosion occurs, creating a powerful sound wave.
• High Energy and Efficiency: Electrohydraulic shockwaves are known for their high energy and ability to penetrate deep into the tissue, making them particularly effective for treating deep-seated issues or where very high energy is required.

Radiating pressure wave

Generation of pressure waves:

• Electrical Triggering in Liquid: This technology uses a projectile in a chamber that, when it hits a metal transmitter, creates a pressure wave that is delivered with maximum energy into the skin surface.
• Superficial and larger areas: Radial shockwaves are preferably used to loosen up larger muscle areas up to 4-5 cm deep or work with the connective tissue chains in the body. Here we do not get the same biological stimuli as with focused shockwave and therefore cannot be compared.