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Exclusive - New Dual-Ray LED Photon Wand for the ABPA A2 Bio-Photon Analyzer and AM3 Matrix Systems!
Turn your ABPA A2 Bio-Photon Analyzer into an advanced, pulsed,
high power, LED photon light therapy machine.
New "DUAL" 660 nm (visible red) and 850 nm (infrared) LEDs for greater power and penetration.
This is a true breakthrough for ABPA A2 Bio-Photon Analyzer owners and users. Our new 2026 ABPA A2 Bio-Photon Analyzer Dual-Ray Photon Wand contains TWO LEDS in a unique "stacked" array. Never before has this breakthrough technology been available for ABPA A2 Bio-Photon Analyzer owners.
The ABPA A2 Bio-Photon Analyzer Dual-Ray Photon Wand plugs directly into the Output Jack on the right side of the ABPA A2 Bio-Photon Analyzer or AM3 Matrix and is designed exclusively for these instruments.
EASY TO USE
Simply plug the ABPA A2 Bio-Photon Analyzer Dual-Ray Photon Wand directly into the Output Jack on the right side of the ABPA A2 Bio-Photon Analyzer or AM3 Matrix. Select your program, and run. Watch as the frequencies are pulsed through the new 660 nm (visible red) and 850 nm (infrared) DUAL LEDS. Many advanced light therapy systems cost more than $2,000, but now you can increase the versatility of your ABPA A2 Bio-Photon Analyzer Dual-Ray Photon Wand plugs directly into the Output Jack on the right side of the ABPA A2 Bio-Photon Analyzer or AM3 Matrix and match the capability of expensive commercial systems for a very reasonable cost.
THE SCIENCE BEHIND IT - WAVELENGTH OF CELL TISSUE
About eighteen years ago, researchers at the University of Chicago discovered that the average wavelength of cell tissue in the human body ranged between 600 nm and 720 nm. We believe that 660 nm visible red and 850 nm infrared seem to create a strong sympathetic vibratory resonance in the human body cell range discovered by research at the University of Chicago and works very well because it is in the range of the resonant frequency of cell tissue and seems to absorb better in hemoglobin.
INCREASED HEALING IN THE 660 nm and 850 Infrared nm wavelengths
As you move toward the red end of the color spectrum, the rate of cellular regeneration increases. For instance, a single frequency in the green range of the color spectrum might affect the kidneys 40 times better than a normal base-line study, whereas a red range would be about 4,000 times faster.
Over the years, researchers migrated to infrared, red and eventually the 660 nm wavelength because it was found to be the fastest way to regenerate tissue. So if you have an injury you would normally recover from in ten days, you may actually recover that tissue in two days by application of 660 nm red light. Now, it has been discovered that by combining the visible 660 nm red light with infrared (IR) 850 nm light wavelengths, the process becomes exponentially more effective.
Researchers also found that irradiating mitochondria with red and infrared light causes them to produce cytochromes, which increase their efficiency.
LED light has been shown by NASA to dramatically decrease wound healing time. This is supported by several clinical trials. It is not known why this works yet, but the hypothesis is that light may supply extra energy to cellular organelles. Here are some of the benefits of LED based therapy according to the research links listed below:

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