The Proadjuster Vision
The Proadjuster Vision is an FDA approved, NASA designed technology which analyzes your spine and delivers a precise computerized chiropractic adjustment without twisting, popping or cracking. We are now able to apply this highly sophisticated technology to the human body in order to determine proper function and to increase the mobility of the spinal segments. Now we can have the same level of care given to our bodies as multi-million dollar spacecraft.
When a chiropractor palpates your spine, they are checking for joint fluidity, motion and or rigidity. In a similar fashion to palpation, the ProAdjuster can determine whether the vertebra's motion is too rigid or too fluid. The spine should not be too rigid (hypo-mobile).
Instead of utilizing the doctor's judgment as to what areas are hyper-mobile or hypo-mobile, the ProAdjuster measures precise levels of motion. Therefore, the ProAdjuster can isolate a problem area faster and more accurately than manual procedures.
If you have ever “flinched” at something, you know exactly what is meant by this. The piezoelectric sensor in the ProAdjuster instrument responds and registers information faster than your body's ability to react. Therefore, a precise and accurate picture of the extent of rigidity or fluidity of each vertebra is reflected.
A light force is introduced into the vertebra to check motion, it is reflected back to the piezoelectric sensor, which measures the reflective force, sending it to the computer for interpretation, all before the muscle can respond in its normal way. This is the same technology and same type of instrument that NASA engineers have used in the space program in order to evaluate the integrity of the ceramic cooling tiles on the outside of the space shuttle. The aviation industry, as well as civil engineers have used this technology in order to test metal fatigue in aircraft and bridge spans.
The ProAdjuster utilizes a precise oscillating force with uninterrupted motion. It is able to increase the mobility of the spinal segments by reducing or enabling motion in the abnormal areas, all without twisting, cracking or popping that you would normally get with a manual adjustment.