Shockwave therapy uses energy from acoustic waves to trigger a process called neovascularization in certain parts of the body. When neovascularization occurs, new blood vessels form. This helps improve blood flow to the region.

This type of therapy has been used to help heart patients, people with kidney stones, and those with fractures and joint inflammation. Recently, scientists have investigated low-intensity shockwave therapy to help men with erectile dysfunction (ED).

Blood flow is critical to a man’s erections. When a man is sexually stimulated, arteries widen so that his penis can fill with blood. The blood is what gives the penis the firmness needed for vaginal penetration. A man who has problems with blood flow to the penis may have weaker erections or may be unable to have erections at all.

There are several types of treatments available to men with ED, including pills, vacuum erection devices, and penile injections. However, these therapies are typically conducted on an as-needed basis and may work for only one sexual encounter at a time. Shockwave therapy is different, as it targets the erectile mechanism so that men are more likely to have erections on their own.

To administer shockwave therapy, a clinician applies a probe to the penis, which is coated in a special gel. Different areas of the penis are usually targeted. Treatment sessions may last for fifteen to twenty minutes. Men usually don’t need anesthesia or experience pain, although they might have a tingling sensation in the treated area.

Clinical trials of shockwave therapy for ED have had encouraging results. The process has been well tolerated by patients. Many men have found that their erections have improved and they are able to have intercourse. Men with more severe ED may still need to take ED medication in addition to having shockwave therapy.

One of the most common causes of erectile dysfunction is when men have low blood flow to the penis. When a man becomes erect, his arteries in the penis increase in size and rushes blood flow to the penis. If there is a problem with blood flow to the penis, fewer or inconsistent erections will occur.

NeoWaves therapy uses Low-Intensity Shockwave Therapy to regenerate natural blood flow to the penis. Low-Intensity Shock wave therapy uses energy from acoustic waves to trigger a process called neovascularization in the penis. When neovascularization occurs, new blood vessels form. This helps improve blood flow to the penis to help with firmness, and more spontaneous natural erections.

According to recent studies, Low-Intensity Shockwave Therapy has a success rate of around 70% on selected men that undergo treatment. This improvement is long lasting in the majority of men. The best results are from men that have erectile dysfunction which is either mild or moderate. This means that NeoWaves therapy can work on men that are on pills or that pills no longer work for.

NeoWaves therapy can also strengthen the erections of men that have the beginning signs of erectile dysfunction. Some men are even able to stop taking their oral medication.

Note: Individual results may vary

Unlike some traditional low intensity wave therapy, the acoustic NeoWaves Shock Therapy is virtually painless. There may be a sense of tingling in penis during treatment, but very little measurable discomfort.

*Individual results may vary

Our Low intensity acoustic waves system has been utilized worldwide to treat thousands of men in cardiology, orthopedics and urology with a long safety record. As with any treatment there are some risks, but negative outcomes are very rare.

Note: Individual results may vary

The equipment used to perform Neowaves therapy is FDA approved. However, this therapy is an off-label application. This form of therapy has been used all over Europe, South America and Canada for several years. EDSWT (Erectile Dysfunction Shock Wave Therapy) was officially accepted by the European Association of Urology (EAU) as the gold standard for treatment of Erectile Dysfunction in the EAU 2013 guidelines on Male Sexual Dysfunction.