Immunity with Tech
Photon Energy Waves
A technology that does it all
BENEFITS of Photon Energy Waves (PEW)
Detoxification
Wave Resonance making large group of water molecule changes into small group of water molecules breaking down heavy metals, remove excess fats and toxins from the body.
Blood Circulation
Penetrability & Resonance absorption make molecular vibration of hypodermis and translates the energy into heat, which rises the temperature of hypodermis, dilates the micrangium and promotes blood circulation.
Cell Rejuvenation & Immunity
Encourage activity in our cells promoting cell repair, improving immunity and defense functions. This promotes anti-inflammation and abirritation abilities, and helps our bodies fight infections.
Timeless Skin
Deep Penetration increases the activity of the water molecules in our body and increase its oxygen level thus slows down ageing. It also engages our endothelial cells, fibroblasts and facial stem cells to encourage collagen production, skin repairs and cellular growth.
What is Photon Energy Waves (PEW)?
The best section of far-infrared rays for our bodies.
In recent decades, researchers discovered that far-infrared light waves have positive effects on our bodies. Far-infrared light waves measure at 4~14µm, and have been dubbed the “Light of Life”. Commonly used for therapy, far-infrared radiation has the ability to penetrate our bodies to improve blood flow, provide pain relief, promote relaxation and recovery.
In recent years however, it has been found that far-infrared light waves measuring at 8~14µm are more effective as it is alike the cellular resonance frequency of our bodies. More specifically, with the human body’s wavelength at 9.35µm, far-infrared light waves that measure 9~10µm are the most beneficial. This particular section of light waves is also known as “Photon Energy Wave”, the technology behind our products to deliver the essence of good health.
Clinically Proven Technology
Research on Cell Growth with Photon Energy Waves
Effects of far-infrared rays on the proliferation and differentiation of peripheral blood stem cells
Results: Far-infrared irradiation of 9.35µm
The differentiation of peripheral blood stem cells also increased with time. However, the number of differentiated cell agglutination was the highest in 30 minutes irradiation. The difference in results between the various irradiation times was large.
Clinical Trials Conducted with Taiwan Local Hospital and University for :
Investigation of Far-Infrared Rays on the Improvement of Dysaytonomia and Enhancement of Immunity (Taiwan)
Effect of Far-Infrared Rays Heat Therapy on the Elderly Patients with Type II Diabetes Mellitus (Taiwan)
Biological Effect of Far-Infrared Rays Hot Compression on Superoxide and Anions in Human (Taiwan)
Certificates:
Patents, ISO, CE, Medical Grade Product and Distribution.