This amazing sound wave treatment has been featured in publications including Daily Mail 2010, Ace tennis magazine 2002, Golf International: March 2010 and ESPN cricket

Wimbledon Chiropractic Sports Injury Clinic has always been a hub of medical technology and we having been using Shock Wave Therapy in our Wimbledon Clinic for over 6 years. We use this technology to aid your recovery of limb pain.

Originally the treatment is aimed at athletes, it can also treat Repetitive Strain Injury (RSI), foot pain, knee pain, Achilles Tendonitis etc, with amazing results.

Simple discription of SWT

A supersonic acoustic wave is created within the hand piece of our shockwave machine. The subsequent sound pulse is absorbed by the tissues. The sound wave pulses create a sudden repetitive change in pressure within the effected tissues. This stimulates a large healing response along with pain reduction in tissues treated.

Shock Wave History

Although it has been touted as a "Magic Wand" it was pure scientific obsession that spurred on treatment development. Advancements have taken the large 'hospital based' machines. Seen up until 1990's, and created the modern compact 'clinic based' machines that Wimbledon Chiropractic & Sports Injury Clinic offers today. Since the 70's this treatment has been used to dissolve kidney stones and only in the last 25 years did we supply the treatment to tendons and other fibrous tissues to create accelerated repair. - Don't worry the machines for tendons are designed for tendons are are not as strong as the ones used to dissolved a kidney stone. Today there have been many positive studies in the treatment of a range extremity disorders with heel pain and shoulder pain showing amazing results.

Medical Effects of Shockwave

Effective depth of penetration depends on the pre-set energy (pressure) and the shape of the transmitter used. The values of penetration depth range up to 7 cm, which is why shock wave can be as effective as surgery in a number of conditions. Analgesic effect - elimination of pain · Enhanced scattering of substance 'P', a pain causing hormone Decrease of muscle tension Prevention of spasm and slowing of pain signals Acceleration of healing · Enhanced collagen production Improved metabolism and micro-circulation Ligaments experience new blood vessel production Stimulation of osteoblasts activity (the bone repair cells) Mobility restoration · Enhance re-absorption of calcium deposits