NIMS is a non-invasive, evidence-based
medical device company.
Overview

At Non-Invasive Medical Solutions (NIMS), we pride ourselves on being at the forefront of developing drug-free, wellness solutions coupled with accredited peer-reviewed clinical research. The independent research has resulted in improved patient outcomes through the use of our patented technology called Acceleration Therapeutics® (AT). Acceleration Therapeutics technology is designed for individuals who are physically fit, sedentary or incapable of an active life-style.

Following over 15 years of research, NIMS is excited about launching our non-invasive, FDA listed medical device called Exer-Rest®; models AT3800 and AT4700. These devices incorporate our new AT patented technology by providing Whole Body Periodic Acceleration therapy. Whole Body Periodic Acceleration (WBPA) therapy has been demonstrated to naturally activate the release of beneficial mediators like Nitric Oxide (NO)1 throughout the vasculature. NIMS patented technology has over 30 peer-reviewed scientific publications supporting the achievement of these effects.

The benefits include:
  • Temporary increase of local circulation
  • Temporary relief of minor aches and pains
  • Reduced morning stiffness
  • Local muscle relaxation
Independent clinical research has demonstrated health benefits for individuals using the NIMS AT models for preventative and complementary/adjunctive therapy.

The patented Acceleration Therapeutics motorized platform moves the individual repetitively from head to foot at approximately 140 times a minute over a travel of about 0.65" (16 mm). A wireless, touch-screen remote control provides digital display of speed, travel, and the session time.

The benefits of incorporating sessions of Whole Body Periodic Acceleration into your regular routine, whether you are physically fit, sedentary, or incapable of exercising are life-changing. See our Success Stories to learn about individuals who have used Whole Body Periodic Acceleration therapy.

1 J Appl Physiol 2005;98(3):1083-90




September 08, 2010
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