Science-Backed Products For Optimal Health And Performance

SUPERIOR TECHNOLOGY

The Phoenix Thera-Lase Systems are new, and the main non-obtrusive, tranquilize free laser treatment that has effectively and single helpfully changed treatment on endless, intense agony, wounds, and other recalcitrant conditions. For a considerable length of time, Phoenix Thera-Lase Systems has been growing new, unique, and non-intrusive laser innovation. This new, custom manufactured, powerful laser treatment framework is deliberately intended to actuate certain photochemical responses in the delicate tissues of the two people, and creatures to give mending. The treatment is conveyed as an element of, and is reliant on wavelength, power, and time. Wavelength and power factors decide the infiltration profundity and amount of vitality accessible to exchange to the cells, and the kind of recuperating decides the period of time expected to direct the treatment. Key: Photon vitality particles radiated from Laser are consumed by photoreceptors in the phone which takes into consideration DNA rebuilding,

ATP production, change in the mitochondria and allows for oxygenation, blood flow. Phoenix Thera-Lase Systems offer multiple competitive advantages, features and benefits including:

• Deeper Penetration
• Higher Power
• Wider Beam Diameter

• Higher Energy Transfer = (More Power)
• Bigger Beam = (Better Treatment)
• Better Utilization of Personnel & Patient Time​

Non-intrusive laser treatment otherwise called laser photograph biostimulation, cold laser, or delicate laser is characterized as a concentrated laser light vitality conveyed to the phone level inside the body to invigorate live tissue to mend, and is utilized to treat unending and intense delicate tissue wounds. The Phoenix Thera-Lase System encourages an unpredictable arrangement of physiological communications at the cell level that decreases intense irritation, lessens torment, and quickens tissue mending.

Light Amplification by Stimulated Emission of Radiation (Laser)

Light Amplification by Stimulated Emission of Radiation (Laser) is a form of electromagnetic energy of varying wavelengths. Color is produced by these varying wavelengths, which make up a light spectrum, and the light spectrum has three broad categories, ultraviolet, visible/optical and infrared/invisible light. Laser light is an artificial form of light that consists of identical wavelengths that have the same wavelength or nanometer measurement.

Laser light energy also known as cold laser, soft laser, or biostimulation, is concentrated laser light energy delivered to the cellular level within the body to stimulate live tissue to heal chronic and acute soft tissue injuries. The delivery of the laser energy is dependent on wavelength and power. It is the combination of wavelength and power factors that determine the penetration depth, and quantity of energy available to transfer to the cells which precipitates a complex set of physiological interactions at the cellular level that reduces acute inflammation, reduces pain, and accelerates tissue healing. Selectivity of tissue effect is manipulated by variations in the wavelength and power settings that are used for the treatments.

Today, high power thermal lasers are primarily used for ablation (burning, cutting or removal) of tissue, and the low power/low level lasers are using wavelengths that do not allow any type of significant penetration into the body because of the absorption of the energy into melanin, hemoglobin, and oxy-hemoglobin. The wavelengths used by these low power/low level lasers constrict the ability of the body to absorb the laser energy.

The Phoenix Thera-Lase Laser System is using patented proprietary wavelengths that have no significant absorption into melanin, hemoglobin and oxyhemoglobin. The power of the laser delivered to the patient treatment sites is significantly higher and denser, which allows greater depths of penetration and in turn achieves greater patient results. The beam profile is de-focused and distanced from the skin, which prevents tissue damage, and enables healing.