Vielight MIP 655-810

Product Overview - For a 10% discount use coupon code - pulse10 at www.vielight.com ships from Perth Australia

The Vielight 655 Prime is a red light laser intranasal photobiomodulation device, emitting low laser light with a 655 nm wavelength and a 5 mW/cm2 laser diode.  The light pulses continuously with a power density of 5 mw/cm2, with each session auto-timed for 25 minutes.

The Vielight 655 Prime utilises a low level (or “cold”) laser diode to release coherent light in the visible red spectrum (655 nm). The laser beam footprint targets the nasal cavity, which is rich in blood capillaries.

The device parameters have been developed from researching clinical studies on low level light therapy over the past few decades. Although many researchers now believe that the outcomes between low level laser and the non-laser light emitting diodes (LED) to be similar, the 655 laser light should penetrate deeper into the tissues.

The Vielight 655 combines solid state technology along with intranasal diodes built from transparent high impact polycarbonate to ensure quality and durability, turning this into a lifetime investment.  Compared to the Vielight 810, the shorter wavelengths of the 655 are more effective for stimulation of the circulatory system.

The Vielight 655 Prime has systemic benefits and may assist in the following:

• Improved immune system functioning
• Flu symptoms
• Sinusitis & hay fever
• Sleep
• Reduce fatigue
• Increased energy
• Blood pressure.
   

About photobiomodulation

Neurons are cells that contain mitochondria.  Mitochondria, known as the “power generators” of neurons, absorb low level photons in the red/infra-red spectrum.  Utilising the science of photobiomodulation, the mitochondria can be energised, triggering some beneficial effects on the cells converting energy into a form of biological energy called adenosine triphosphate (ATP).

Low level light therapy has been researched by NASA for several years and has demonstrated the ability to alter, and improve, cellular function.

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