Lightwave Photon Therapy $149.95

The LightWave™ Skin Rejuvenation System for professionals consists of an energy-emitting probe that emits a combination of infrared and red visible high intensity pulsed energy. This diode design is referred to as a "cluster" diode design and incorporates all the healing properties that both types of lights have to offer. It is important to note that the infrared light will not appear to be turned on because it operates at a light spectrum (940nm) that is not visible to the human eye. However, it is this light spectrum that penetrates deepest into the dermal layers for LightWave™ treatments.

Frequently Asked Questions

1. What is photonic therapy:
A. Photonic therapy is a natural therapy promoting the body's own immune responses, its own methods of controlling pain and its own healing abilities.
Monochromatic red light from super luminous diodes, not a laser is used. It works to stimulate electro sensitive spots on the skin including those usually called acupuncture points

2. How does photon therapy work?
A. The effects of photon therapy are photo chemical, not thermal. Photons enter the tissue and are absorbed in the mitochondria and the cell membrane. The photonic energy is converted to chemical energy within the cell. Cell membrane permeability alters, and then physiological changes occur. These physiological changes affect macrophages, fibroblasts, endothelial cells, mast cells, bradykinin and nerve conduction rates.

3. How does light actually make a difference in health problems?
A. Ther are actually three pathways which are now well documented in scientific papers. The first pathway prompts the brain to release its own pain controlling hormones. The second pathway stimulates the release of cortisol and other healing hormones. This is important because the brain has the ability to switch off and ignore pain signals. The third pathway is the improvements made to the way the cells work and produce energy. This is why photonic therapy can deal with a wide range of conditions from sports injuries to non-healing ulcers and from rheumatism to chronic fatigue.

4. What types of conditions can photon therapy treat?
A. Research has shown photon therapy creates photobiostimulation, which activates enzymatic processes in our cells that promote cell metabolism (increases cell function) This leads to an increase/release of key hormones from the pineal gland whose primary source of stimulation is light energy.

5. Does the medical community accept photonic therapy as a viable practice?
A. Yes, There are more than 100 double blind positive studies confirming the clinical effect of Low Level Laser Therapy. Today, more than 2,500 research reports are published that demonstrate the benefits of photon therapy.

6. What are some of the advantages of photon therapy over other modes of therapy?
A. Photon therapy hasbeen found to offer superior healing and pain relieving effects compared to other electrotherapeutic methods. It provides a universal method of treating muscle, tendon, ligament, connective tissue, bone and skin tissue with one simple piece of equipment. Most importantly, photon therapy is a non-invasive, drug free treatment and does not require the use of needles or drugs.

7. Does photonic therapy cause a heating of the tissue being treated?
A. Yes, due to increased circulation, there is usually and increase of .5 degrees- 1 degree centigrade locally. The biological effects have nothing to do with heath

8. Is photon therapy the same as using lasers for treatment?
A. Though the therapy is similar, the technology is this product is different from that used in lasers. Therapeutic laser light is generally either visible (red) or invisible (infrared). Magic Healer also operates in both the visible and infrared spectrum of light. The difference between the two forms of therapies is that Magic Healer products use Light Emitting Diodes (LED's) to generate energy

9. What is the difference between Lasers and LED's?
A. LED's are a recent advancement in the area of light therapy. LED's are similar to lasers as they have the same healing effects but differ in the way that the light energy is derived. A significant difference between lasers and LED's is the power output. The peak power output of LED's is measured in milliwatts, while that of lasers is measured in watts. Many lasers use very high power outputs to generate energy. LED's used in Magic Healer products are designed to emit safe levels of power, stimulating the bodies healing mechanisms while protecting the body from tissue damage.