Non-Invasive, Drug-Free Laser Therapy Providing Relief From Acute/Chronic Pain, Accelerating Wound Healing, Reducing Inflammation, Other Intractable Cond's
The high-end, health care laser therapy systems marketed and distributed are non-invasive, drug-free treatment solutions that provide relief from both acute and chronic pain, while accelerating wound healing, and simultaneously reducing inflammation related to soft-tissue injuries. The world medical community has embraced and validated non-invasive lasers as a major tool in health care, injury treatment, rehabilitation, recovery support and overall health maintenance. Optimized the effectiveness of this technology approach. The system and equipment have continuously evolved, as laser engines, fiber optics, power sources and delivery instruments have changed and improved along the way.
To put that in perspective, this technology is a breakthrough therapeutic laser system that is hundreds of times more powerful than other systems, delivering up to five times the penetrating wavelength, covering 10 times the effective treatment area.
The Phoenix Thera-Lase Systems are new, and the only non-invasive, drug free laser therapy that has single handily transformed treatment on chronic, acute pain, wounds, and other intractable conditions. For years, Phoenix Thera-Lase Systems has been developing new, different, and non-invasive laser technology. This new, custom built, high-powered laser therapy system is strategically designed to induce certain photochemical reactions in the soft tissues of both humans, and animals to provide healing. Non-invasive laser treatment also known as laser photo-biostimulation, cold laser, or soft laser is defined as a concentrated laser light energy delivered to the cellular level within the body to stimulate live tissue to heal, and is used to treat chronic and acute soft tissue injuries. The Phoenix Thera-Lase System precipitates a complex set of physiological interactions at the cellular level that reduces acute inflammation, reduces pain, and accelerates tissue healing.
The treatment is delivered as a function of, and is dependent on wavelength, power, and time. Wavelength and power factors determine the penetration depth and quantity of energy available to transfer to the cells, and the type of healing determines the length of time needed to administer the treatment.
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.
