Computerized Relief For Back/Neck Pain Sufferers

Imagine 30-40 years ago if you were told that lasers would replace scalpels in surgery or that robotic instruments would build cars; you may not have believed it. By the same token, would you believe that chiropractic treatments could be performed using a hand-held computerized sensor developed by NASA scientists, all while you are sitting without any sudden turning or twisting movements?

Advances in computers and engineering technologies have been able to uniquely blend with chiropractic to both analyze and treat the human body in such a way that was never before realized.

This new form of treatment is so gentle and effective it amazes even the most skeptical patients. It's referred to as Computerized Impulse Technology and is among the most state-of-the-art chiropractic technology in existence today.

This technology can safely and gently analyze and treat the spine and other joints to restore motion, relieve tight muscles, and remove nerve impingement that is often the cause of pain in the low back, neck, shoulder or elsewhere. Many patients say that it's like getting a gentle mini-massage.

The secret to this technology lies in its advanced piezoelectric sensor that is able to detect the slightest amount of restriction in a joint and then deliver an extremely precise adjustment. Even though traditional hands-on manual forms of chiropractic adjusting also work, people are drawn to this new technique because of how gentle it is.

Some people never get to experience the amazing benefits of chiropractic because they are scared to have their back manually adjusted. Now, there is no longer a reason to be weary. It is perfect for anyone who has been thinking about going to a chiropractor, but hasn't yet made that decision.

If you have any of these conditions, Computerized Impulse Technology may be the answer you've been looking for

Low back discomfort

Sports injuries

Sciatic nerve pain

Plantar fasciitis

Neck and shoulder pain

Knee or hip pain

Headaches

Scoliosis

Carpal tunnel syndrome

Arthritis